Transport Fever 3 Vehicle List: All Vehicles & Stats

In this Transport Fever 3 vehicle list, I collect the vanilla vehicles by type and time period, including their available stats such as cost, running costs, top speed, power, capacity, cargo type, pollution, comfort, weight, and length where those values are available in the source list.

Vehicle List: All Vehicles & Stats

I use this guide as a single reference for the vanilla Transport Fever 3 vehicle roster. The list covers rail vehicles, trams, buses, trucks, aircraft, helicopters, ships, Deluxe Edition vehicles, and pre-order vehicles, while keeping unknown or unfinished values marked exactly as they appear in the source.

I created this list specifically for vanilla Transport Fever 3. I treat it as an ongoing personal reference, so some entries may still contain unfinished values or image placeholders while the list is being updated.

Table of Contents:

Vehicle List Changes from Transport Fever 2 to Transport Fever 3

I organize this Transport Fever 3 list differently from the Transport Fever 2 vehicle lists because the game changes cargo categories, pollution, comfort, trams, and vehicle maintenance.

Cargo: I use the six main cargo categories—Universal, Liquid, Bulk, Flatbed, Goods, and Passengers—instead of listing all 37 cargo types individually. The source notes 37 cargo types across 32 industries.
One vehicle list: I keep the vehicles in one list rather than splitting them into three vehicle-specific regions as in Transport Fever 2.
Pollution: I treat pollution as a changing value rather than a single fixed figure, since the displayed pollution can rise and fall as a vehicle starts and stops.
Passenger comfort: I include Comfort where it is shown. The source states that comfort affects passenger happiness and Reputation, but does not make passengers change routes.
Helicopters: I keep passenger and cargo helicopters together under the Helicopters heading because some can serve both roles. Helicopters are available from 1950 onward.
Tram types: I use Railcar for a tram that has capacity and can move by itself, Locomotive for a powered unit with no capacity that can pull wagons, and Rolling Stock (Wagons) for units with capacity that require a locomotive.
Reversing: Vehicles with two arrows facing opposite directions can reverse rather than simply flip as in Transport Fever 2. I do not add this as a separate stat for every vehicle.
Light Rail: Tram rolling stock can include passenger and cargo wagons. Some trams are also marked as Light Rail and can run onto train tracks; I keep that Light Rail note with the tram name when it appears.
Lifespan: I do not rely on the old fixed lifespan system from the Transport Fever 2 lists. The source notes that maintenance changes can allow vehicles to last indefinitely, and vehicles already on a line can still be kept or cloned after their end date.
Start year: I organize the main chronology from 1900 because that is the Transport Fever 3 start year, even when an early vehicle itself has an availability date before 1900.

Locomotives (1900 – 1945)

Prussian Class T 3 – 1882 To 1920

For Prussian Class T 3, I note that the small Prussian T 3 locomotive is widely known today, as it is a common starter for many museum railways and scale model railway enthusiasts.

(Insert Image)

Cost: $1,094,868
Running Costs: $182,478/year
Top Speed: 50km/h = ??mph
Engine Type: Steam
Power: 200 kW
Tractive Effort: 50 kN
Noise Pollution: Very Good
Air Pollution: Very Good
Weight: 38 t
Lifespan: ?? years
Length: 8.6m = ??ft

2-6-0 Mogul – 1885 To 1930

For 2-6-0 Mogul, I note that rumors say, this early freight locomotive with 3 axles for traction earned the name “Mogul” due to the comparison of its power with the Mughal Empire.

(Insert Image)

Cost: $1,912,398
Running Costs: $318,733/year
Top Speed: 75km/h = ??mph
Engine Type: Steam
Power: 400 kW
Tractive Effort: 80 kN
Noise Pollution: Good
Air Pollution: Mediocre
Weight: 122 t
Lifespan: ?? years
Length: 19m = ??ft

Russian Class OB – 1890 To 1940

For Russian Class OB, I note that with over 9000 built units, the so-called “Osnovnoi” freight steam locomotive became one of the most-built series in both Russia and the world.

(Insert Image)

Cost: $2,265,576
Running Costs: $377,596/year
Top Speed: 60km/h = ??mph
Engine Type: Steam
Power: 441 kW
Tractive Effort: 95 kN
Noise Pollution: Mediocre
Air Pollution: Very Good
Weight: 52 t
Lifespan: ?? years
Length: 17m = ??ft

4-4-2 Atlantic – 1906 To ????

For 4-4-2 Atlantic, I note that the Atlantic class, also known as Milwaukee, with four leading wheels and just two trailing wheels, served for pulling trains across long distances.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 100km/h = ??mph
Engine Type: Steam
Power: 700 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 130 t
Lifespan: ?? years
Length: ??m = ??ft

Baden Class VI C – 1914 To ????

For Baden Class VI C, I note that specifically designed to haul passenger wagons on sloped rail lines, this small but poweful tank locomtive was initially used in south-western Germany.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 90km/h = ??mph
Engine Type: Steam
Power: 580 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 76 t
Lifespan: ?? years
Length: ??m = ??ft

Chinese Class JF1 – 1918 To ????

For Chinese Class JF1, I note that this locomotive was originally introduced to cope with the increasing freight traffic during the First World War on the South Manchuria railway.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Engine Type: Steam
Power: 1150 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 100 t
Lifespan: ?? years
Length: ??m = ??ft

CE 6/8 II Crocodile – 1921 To ????

For CE 6/8 II Crocodile, I note that mostly used for freight trains on winding lines such as the Gotthard Railway, it earned its nickname “Crocodile” thanks to its long muzzles and the green colour.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 90km/h = ??mph
Engine Type: Electric
Power: 1650 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 128 t
Lifespan: ?? years
Length: ??m = ??ft

Russian Class SU – 1927 To ????

For Russian Class SU, I note that this new design, which could be operated with inferior coal after World War I, was so successful that it ended up being used for decades.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 115km/h = ??mph
Engine Type: Steam
Power: 1213 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 85 t
Lifespan: ?? years
Length: ??m = ??ft

ALCO HH 600 – 1930 To ????

For ALCO HH 600, I note that built by the American Locomotive Company (ALCO) in Schenectady, New York, this series was one of the first diesel-electric locomotives.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Diesel
Power: 450 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 93 t
Lifespan: ?? years
Length: ??m = ??ft

Pennsylvanian Class GG1 – 1934 To ????

For Pennsylvanian Class GG1, I note that with its iconic streamlined design, it not only had a great design, it was also capable of high speeds and remained in service for many years.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 160km/h = ??mph
Engine Type: Electric
Power: 3000 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 215 t
Lifespan: ?? years
Length: ??m = ??ft

British Class A4 – 1935 To ????

For British Class A4, I note that london and North Eastern Railway’s express steam locomotives set the world speed record for steam locomotives in 1938, which it still holds today.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 145km/h = ??mph
Engine Type: Steam
Power: 1986 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 105 t
Lifespan: ?? years
Length: ??m = ??ft

German Class E 94 – 1940 To ????

For German Class E 94, I note that although its muzzles are shorter than the ones from its Swiss pendant, this heavy electric locomotive still earned the nickname the “German Crocodile”

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 90km/h = ??mph
Engine Type: Electric
Power: 3000 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 119 t
Lifespan: ?? years
Length: ??m = ??ft

ALCO 4-8-8-4 Big Boy – 1941 To ????

For ALCO 4-8-8-4 Big Boy, I note that this articulated locomotive was a real monster, and used the latest steam locomotive technology. It was primarily used for towing freight trains.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 130km/h = ??mph
Engine Type: Steam
Power: 4560 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 567 t
Lifespan: ?? years
Length: ??m = ??ft

Locomotives (1945 – 1990)

Swiss RE 4/4 I – 1946 To ????

For Swiss RE 4/4 I, I note that as a lightweight electric locomotive, it served both for regional transport and for hauling high-quality long-distance trains to neighboring countries.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 125km/h = ??mph
Engine Type: Electric
Power: 1850 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 57 t
Lifespan: ?? years
Length: ??m = ??ft

EMD F-Unit – 1949 To ????

For EMD F-Unit, I note that built by the Electro-Motive Division of General Motors, these machines were available as A-Units and cabless B-Units to form more powerful consists.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 130km/h = ??mph
Engine Type: Diesel
Power: 1100 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 33 t (A-Unit) / 112.2 t (B-Unit)
Lifespan: ?? years
Length: ??m = ??ft

Chinese Class RM – 1958 To ????

For Chinese Class RM, I note that the successor of the SL6 Pacific locomotive was China’s last steam passenger design before being replaced by diesel locomtives in the late 80s.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 110km/h = ??mph
Engine Type: Steam
Power: 1040 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 80 t
Lifespan: ?? years
Length: ??m = ??ft

German Class V 100 – 1958 To ????

For German Class V 100, I note that to replace the steamers used for passenger and freight service on non-electrified branch lines in Germany, this diesel-hydraulic series was developed.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 90km/h = ??mph
Engine Type: Diesel
Power: 809 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 62 t
Lifespan: ?? years
Length: ??m = ??ft

Austrian Class 1042 – 1960 To ????

For Austrian Class 1042, I note that for winding lines like the Semmering route, the Austrian Federal Railways ordered a series of electric locomotives for passenger and cargo service.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 140km/h = ??mph
Engine Type: Electric
Power: 3300 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 83.9 t
Lifespan: ?? years
Length: ??m = ??ft

EMD SD40-2 – 1972 To ????

For EMD SD40-2, I note that the heavy “Special Duty” locomotive of the Dash 2 portfolio by EMD is one of the most built diesel engines in American railroad history.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 105km/h = ??mph
Engine Type: Diesel
Power: 3000 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 167 t
Lifespan: ?? years
Length: ??m = ??ft

Chinese Class DF5 – 1976 To ????

For Chinese Class DF5, I note that designed as a road switcher locomotive, the DF5 is China’s most common series used for both hauling freight as well s shunting in local areas.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Engine Type: Diesel
Power: 1200 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 138 t
Lifespan: ?? years
Length: ??m = ??ft

EMD AEM-7 – 1978 To ????

For EMD AEM-7, I note that novel technology, known as the thyristor control, was implemented for the traction motos, ensuring that maximum power was available with out wheel slip.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 200km/h = ??mph
Engine Type: Electric
Power: 4320 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 133 t
Lifespan: ?? years
Length: ??m = ??ft

Shaoshan SS4G – 1980 To ????

For Shaoshan SS4G, I note that a powerhouse built in China, this twin-unit electric locomotive used an eight-axle design to haul cargo trains that stretched over two kilometers in length. (Roughly 1.25 miles)

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 100km/h = ??mph
Engine Type: Diesel
Power: 4350 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 92 t
Lifespan: ?? years
Length: ??m = ??ft

Chinese Class DF4B – 1984 To ????

For Chinese Class DF4B, I note that to boost the change from steam to diesel, over 5000 locomotives of the “Dangfeng” series were produced by various Chinese manufacturies.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 120km/h = ??mph
Engine Type: Diesel
Power: 2650 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 138 t
Lifespan: ?? years
Length: ??m = ??ft

Japanese Class EF66 – 1989 To ????

For Japanese Class EF66, I note that the JR Class EF66-100 was a powerful Japanese electric locomotive designed for fast freight transport, and later also used for heavy passenger trains.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 120km/h = ??mph
Engine Type: Electric
Power: 3900 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 100.8 t
Lifespan: ?? years
Length: ??m = ??ft

Locomotives (1990 – 1945)

GE P42DC – 1995 To ????

For GE P42DC, I note that the GE Genesis series is rather lightweight in comparison to other current North American locomotives, due to its full shell constructionl

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 160km/h = ??mph
Engine Type: Diesel
Power: 3170 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 122 t
Lifespan: ?? years
Length: ??m = ??ft

Norwegian Class EL 18 – 1996 To ????

For Norwegian Class EL 18, I note that specifically adapted for operation on the scenic but harsh railway lines of Scandanavia, this series in an adaptation of the Swiss Re 460 locomotives.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 200km/h = ??mph
Engine Type: Electric
Power: 5400 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 82 t
Lifespan: ?? years
Length: ??m = ??ft

German Class 185 – 2000 To ????

For German Class 185, I note that the two-system capable electric series was developed for “Transnational Railway Applications with extreme flexibility”, or in short “TRAXX”.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 160km/h = ??mph
Engine Type: Electric
Power: 4200 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 84 t
Lifespan: ?? years
Length: ??m = ??ft

German Class 246 – 2008 To ????

For German Class 246, I note that for use on non-electrified lines, the diesel variant of the “TRAXX” family includes diesel tanks instead of the transformers found in the electric version.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 160km/h = ??mph
Engine Type: Diesel
Power: 2200 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 80 t
Lifespan: ?? years
Length: ??m = ??ft

Chinese Class HXD3B – 2009 To ????

For Chinese Class HXD3B, I note that derived from European locomotives for heavy iron ore trains, this model has a particularly high power output to handle very long cargo trains.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 120km/h = ??mph
Engine Type: Electric
Power: 7200 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 150 t
Lifespan: ?? years
Length: ??m = ??ft

Stadler Eurodual – 2018 To ????

For Stadler Eurodual, I note that to pull freight trains on electrified main routes as well as non-electrified branch lines, this series has equipment for diesel and electric traction on board.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: ??km/h = ??mph
Engine Type: Diesel & Electric?
Power: 7000 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 91 t
Lifespan: ?? years
Length: ??m = ??ft

Multiple Units (1900 – 1975)

ACF M-300 – 1924 To ????

For ACF M-300, I note that built by American Car & Foundry, this railcar earned its nickname “Skunk” because people often said, “You can smell it before you see it.”

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 100km/h = ??mph
Engine Type: Diesel
Power: 200 kW
Tractive Effort: ? kN
Capacity: 80
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 25 t
Lifespan: ?? years
Length: ??m = ??ft

CLE 2/4 Roter Pfeil – 1935 To ????

For CLE 2/4 Roter Pfeil, I note that originally intended for fast local trains with low demands, this series became a victim of its own success and was moved to more exclusive rail services.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 125km/h = ??mph
Engine Type: Electric
Power: 315 kW
Tractive Effort: ? kN
Capacity: 80
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 33 t
Lifespan: ?? years
Length: ??m = ??ft

Uerdingen Railbus – 1950 To ????

For Uerdingen Railbus, I note that this series got introduced to provide efficent passenger services on unprofitable secondary lines. This lead to its nickname ” The savior of branch lines.”

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 90km/h = ??mph
Engine Type: Diesel
Power: 96 kW
Tractive Effort: ? kN
Capacity: 60
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 13 t
Lifespan: ?? years
Length: ??m = ??ft

Shinkansen 0 Series – 1964 To ????

For Shinkansen 0 Series, I note that in contrast to previous Japanese trains, the first series of the iconic Shinkansen train is constructed with the standard gauge to allow higher speeds.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 220km/h = ??mph
Engine Type: Electric
Power: 740 kW
Tractive Effort: ? kN
Capacity: 640
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 440 t
Lifespan: ?? years
Length: ??m = ??ft

Metroliner – 1969 To ????

For Metroliner, I note that this series of self-powered electric multiple-unit cars served as extra-fare express trains between Washington, D.C. and New York City.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 193km/h = ??mph
Engine Type: Electric
Power: 1600 kW
Tractive Effort: ? kN
Capacity: 152
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 150 t
Lifespan: ?? years
Length: ??m = ??ft

Multiple Units (1975 – 2035)

Inter-City 125 – From 1975 To ????

For Inter-City 125, I note that built by British Rail Engineering Limited for non-electrified main lines in Great Britian, this train holds the world speed record for diesel trains.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 200km/h = ??mph
Engine Type: Diesel
Power: 1678 kW
Tractive Effort: ? kN
Capacity: 480
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 428 t
Lifespan: ?? years
Length: ??m = ??ft

Italian Class Etr 450 – From 1985 To ????

For Italian Class Etr 450, I note that italy’s first high-speed tilting train included an innovative system that allowed for higher speeds on curved tracks, significantly reducing travel times.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 250km/h = ??mph
Engine Type: Electric
Power: 625 kW
Tractive Effort: ? kN
Capacity: 594
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 480 t
Lifespan: ?? years
Length: ??m = ??ft

Swiss RE 450 DPZ – From 1990 To ????

For Swiss RE 450 DPZ, I note that these double-decker trains are used for commuter services on agglomeration lines. The locomotives luggage compartment is rarely used though.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 130km/h = ??mph
Engine Type: Electric
Power: 3000 kW
Tractive Effort: ? kN
Capacity: 392
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 225 t
Lifespan: ?? years
Length: ??m = ??ft

Swiss DPZ Coach – From 1990 To ????

For Swiss DPZ Coach, I note that this double deck coach with seats in a vis-a-vis arrangement offer high capacity for crowded passenger services on agglomeration lines.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 130km/h = ??mph
Engine Type: ?
Power: ? kW
Tractive Effort: ? kN
Capacity: 130
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 50 t
Lifespan: ?? years
Length: ??m = ??ft

ICE 1 – From 1991 To ????

For ICE 1, I note that germany’s first mass-produced high-speed train set a new speed record for rail vehicles, reaching 406.9 km/h during test runs in 1988. (253 mph)

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 280km/h = ??mph
Engine Type: Electric
Power: 4790 kW
Tractive Effort: ? kN
Capacity: 680
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 623 t
Lifespan: ?? years
Length: ??m = ??ft

TGV Duplex – From 1995 To ????

For TGV Duplex, I note that vehicle Spiel – blah blab blah

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 320km/h = ??mph
Engine Type: Electric
Power: 3225 kW
Tractive Effort: ? kN
Capacity: 496
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 420 t
Lifespan: ?? years
Length: ??m = ??ft

Talbot Talent 1 – From 1996 To ????

For Talbot Talent 1, I note that as one of the late nineties products this series had a modular design to support the needs of different train companies in whole Europe and beyond.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 140km/h = ??mph
Engine Type: Electric
Power: 630 kW
Tractive Effort: ? kN
Capacity: 160
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 72 t
Lifespan: ?? years
Length: ??m = ??ft

ES1 Lastochka – From 2013 To ????

For ES1 Lastochka, I note that primarily purchased for use during the Winter Olympics in Sochi, these modern electric railcars are now used to transport passengers on regional lines.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 160km/h = ??mph
Engine Type: Electric
Power: 510 kW
Tractive Effort: ? kN
Capacity: 460
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 265 t
Lifespan: ?? years
Length: ??m = ??ft

RABE 502 Twindexx- From 2014 To ????

For RABE 502 Twindexx, I note that built by Canadian manufactturer Bombardier, this double deck multiple unit serves on intercity main lines that require high capacity at high speeds.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 200km/h = ??mph
Engine Type: Electric
Power: 1250 kW
Tractive Effort: ? kN
Capacity: 440
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 226 t
Lifespan: ?? years
Length: ??m = ??ft

Fuxing Hao – From 2016 To ????

For Fuxing Hao, I note that this series ranks among the fastest operating in passenger service. During a test, two trains safely passed each other at a relative speed of 840 km/h. (522 mph)

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 350km/h = ??mph
Engine Type: Electric
Power: 1300 kW
Tractive Effort: ? kN
Capacity: 576
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 544 t
Lifespan: ?? years
Length: ??m = ??ft

Avelia Liberty – From 2025 To ????

For Avelia Liberty, I note that based on the most recent TGV-concepts, the Avelia Liberty is adapted for use on the East corridor of the United States, still including tilting technology.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 260km/h = ??mph
Engine Type: Electric
Power: 4640 kW
Tractive Effort: ? kN
Capacity: 376
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 410 t
Lifespan: ?? years
Length: ??m = ??ft

Passenger Wagons (1900 – 1950)

Bavarian Passenger Coach – From 1880 To 1950

For Bavarian Passenger Coach, I note that being used for services ith limited speed, this small Bavarian two-axle passenger wagon had a wooden body with limited comfort for passengers.

(Insert Image)

Cost: $175,182
Running Costs: $29,197/year
Top Speed: 50km/h = ??mph
Capacity: 32
Cargo Type: Passengers
Loading Speed: 2.0x
Noise Pollution: Good
Air Pollution: Very Good
Comfort: Very Poor
Weight: 8 t
Lifespan: ?? years
Length: 8.8m = ??ft

Compartment Car – From 1890 To 1930

For Compartment Car, I note that consisting of several seperate compartments with their own entrance doors arranged on the long side, conductors had now easy access to all passengers.

(Insert Image)

Cost: $295,920
Running Costs: $49,320/year
Top Speed: 60km/h = ??mph
Capacity: 48
Cargo Type: Passengers
Loading Speed: 3.5x
Noise Pollution: Very Good
Air Pollution: Very Good
Comfort: Mediocre
Weight: 10 t
Lifespan: ?? years
Length: 11m = ??ft

Russian Suburban Car – From 1910 To ????

For Russian Suburban Car, I note that as a passenger car from the early twentieth century, this Soviet wagon included a toilet and was one of the first models with trucks.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 100km/h = ??mph
Tractive Effort: ? kN
Capacity: 76
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 35 t
Lifespan: ?? years
Length: ??m = ??ft

Heavyweight 28-1 Parlor – From 1915 To ????

For Heavyweight 28-1 Parlor, I note that the classic “Pullman Heavyweight” passenger coach was an institution widely used in American railroads and well-known way beyond.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 120km/h = ??mph
Tractive Effort: ? kN
Capacity: 88
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 35 t
Lifespan: ?? years
Length: ??m = ??ft

German Donnerbuchse – From 1921 To ????

For German Donnerbuchse, I note that lacking insulation, these all-steel German wagons were incredibly loud. This earned them the famous nickname “Donnerbuchse” or “Thunderbox”.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 90km/h = ??mph
Tractive Effort: ? kN
Capacity: 60
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 20 t
Lifespan: ?? years
Length: ??m = ??ft

Egorov 20 2 – From 1930 To ????

For Egorov 20 2, I note that manufactured in Lenningrad, this four-axle car was originally used in regular passenger services and later repourposed to be used as a mobile infirmary.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 100km/h = ??mph
Tractive Effort: ? kN
Capacity: 80
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 42 t
Lifespan: ?? years
Length: ??m = ??ft

Streamlined Coach – From 1935 To ????

For Streamlined Coach, I note that a uniquie brushed metal exterior and high comfort standards on the inside were includes of these classic American passenger coaches.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 160km/h = ??mph
Tractive Effort: ? kN
Capacity: 88
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 30 t
Lifespan: ?? years
Length: ??m = ??ft

Passenger Wagons (1950 – 2035)

Chinese Type YZ 22 – From 1950 To ????

For Chinese Type YZ 22, I note that the second generation of one of the most important types of passenger coaches in China was produced in a wide variety of designs.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 120km/h = ??mph
Tractive Effort: ? kN
Capacity: 96
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 42 t
Lifespan: ?? years
Length: ??m = ??ft

Swiss Einheitswagen II – From 1962 To ????

For Swiss Einheitswagen II, I note that several novelties like double glazed windows and larger seating space were introduced by the second generation of Swiss “Einheitswagen”

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 140km/h = ??mph
Tractive Effort: ? kN
Capacity: 100
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 30 t
Lifespan: ?? years
Length: ??m = ??ft

Bombardier BiLevel – From 1976 To ????

For Bombardier BiLevel, I note that easily recognizable by their shape, which resembles and octagon the double deck cars were developed to transport a large number of passengers.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 140km/h = ??mph
Tractive Effort: ? kN
Capacity: 140
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 50 t
Lifespan: ?? years
Length: ??m = ??ft

Swiss Einheitswagen IV – From 1981 To ????

For Swiss Einheitswagen IV, I note that it was based on experience with the “Einheitswagen II” and even got a higher maximum speed of 200 km/h after modifications. (125 mph)

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 200km/h = ??mph
Tractive Effort: ? kN
Capacity: 104
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 42 t
Lifespan: ?? years
Length: ??m = ??ft

Chinese Type 25C – From 1990 To ????

For Chinese Type 25C, I note that being a development based on the previous Type 25 series, this series of Chinese passenger coaches is specifically tailored for high speeds.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 160km/h = ??mph
Tractive Effort: ? kN
Capacity: 104
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 49 t
Lifespan: ?? years
Length: ??m = ??ft

Russian Type 61-4447 – From 2010 To ????

For Russian Type 61-4447, I note that coaches of this series are intended for very long distances and are thus also available in couchette and sleeping car configurations.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 200km/h = ??mph
Tractive Effort: ? kN
Capacity: 96
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 58 t
Lifespan: ?? years
Length: ??m = ??ft

Siemens Viaggio – From 2025 To ????

For Siemens Viaggio, I note that this standardized family of modern coaches serves for long-distance and inter-regional services in Czech Republic and its neighboring countries.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 200km/h = ??mph
Tractive Effort: ? kN
Capacity: 104
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 58 t
Lifespan: ?? years
Length: ??m = ??ft

Cargo Wagons (1900 – 1945)

Box Car – From 1879 To ????

For Box Car, I note that a box car is a fully covered transport wagon, often with sliding doors, designed for small packaged goods that required protection from the elements.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 50km/h = ??mph
Tractive Effort: ? kN
Capacity: 32
Cargo Type: Goods
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 10 t
Lifespan: ?? years
Length: ??m = ??ft

Tank Car – From 1879 To ????

For Tank Car, I note that also referred to as a tanker, a tank car is a specialized rolling stock that includes cylindrical vessels to easily load, transport and unload liquid cargo.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 50km/h = ??mph
Tractive Effort: ? kN
Capacity: 32
Cargo Type: Liquid
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 10 t
Lifespan: ?? years
Length: ??m = ??ft

Gondola Car – From 1891 To ????

For Gondola Car, I note that this type of cargo wagon is designed for fast loading and unloading of bulk materials, as well as to withstand extremely large amounts of weight.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 50km/h = ??mph
Tractive Effort: ? kN
Capacity: 32
Cargo Type: Bulk
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 10 t
Lifespan: ?? years
Length: ??m = ??ft

Stake Car – From 1895 To ????

For Stake Car, I note that typically featuring stakes on either side, this type of rolling stock is specifically designed for transporting oblong-shaped cargo of various sizes.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 50km/h = ??mph
Tractive Effort: ? kN
Capacity: 32
Cargo Type: Flatbed
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 10 t
Lifespan: ?? years
Length: ??m = ??ft

Cargo Car – From 1899 To ????

For Cargo Car, I note that not specialized for any specific cargo, the design of this wagon allows for all sorts of goods to be loaded and hauled without huge drawbacks.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 50km/h = ??mph
Tractive Effort: ? kN
Capacity: 32
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 10 t
Lifespan: ?? years
Length: ??m = ??ft

Box Car – From 1910 To ????

For Box Car, I note that a box car is a fully covered transport wagon, often with sliding doors, designed for small packaged goods that required protection from the elements.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Tractive Effort: ? kN
Capacity: 40
Cargo Type: Goods
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 11 t
Lifespan: ?? years
Length: ??m = ??ft

Tank Car – From 1912 To ????

For Tank Car, I note that also referred to as a tanker, a tank car is a specialized rolling stock that includes cylindrical vessels to easily load, transport and unload liquid cargo.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Tractive Effort: ? kN
Capacity: 40
Cargo Type: Liquid
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 15 t
Lifespan: ?? years
Length: ??m = ??ft

Cargo Car – From 1913 To ????

For Cargo Car, I note that not specialized for any specific cargo, the design of this wagon allows for all sorts of goods to be loaded and hauled without huge drawbacks.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Tractive Effort: ? kN
Capacity: 56
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 13 t
Lifespan: ?? years
Length: ??m = ??ft

Gondola Car – From 1915 To ????

For Gondola Car, I note that this type of cargo wagon is designed for fast loading and unloading of bulk materials, as well as to withstand extremely large amounts of weight.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Tractive Effort: ? kN
Capacity: 40
Cargo Type: Bulk
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 20 t
Lifespan: ?? years
Length: ??m = ??ft

Stake Car – From 1920 To ????

For Stake Car, I note that typically featuring stakes on either side, this type of rolling stock is specifically designed for transporting oblong-shaped cargo of various sizes.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Tractive Effort: ? kN
Capacity: 56
Cargo Type: Flatbed
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 13 t
Lifespan: ?? years
Length: ??m = ??ft

Tank Car – From 1926 To ????

For Tank Car, I note that also referred to as a tanker, a tank car is a specialized rolling stock that includes cylindrical vessels to easily load, transport and unload liquid cargo.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 100km/h = ??mph
Tractive Effort: ? kN
Capacity: 48
Cargo Type: Liquid
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 20 t
Lifespan: ?? years
Length: ??m = ??ft

Box Car – From 1930 To ????

For Box Car, I note that a box car is a fully covered transport wagon, often with sliding doors, designed for small packaged goods that required protection from the elements.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 100km/h = ??mph
Tractive Effort: ? kN
Capacity: 64
Cargo Type: Goods
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 30 t
Lifespan: ?? years
Length: ??m = ??ft

Cargo Car – From 1930 To ????

For Cargo Car, I note that not specialized for any specific cargo, the design of this wagon allows for all sorts of goods to be loaded and hauled without huge drawbacks.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 100km/h = ??mph
Tractive Effort: ? kN
Capacity: 60
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 18 t
Lifespan: ?? years
Length: ??m = ??ft

Gondola – From 1940 To ????

For Gondola, I note that this type of cargo wagon is designed for fast loading and unloading of bulk materials, as well as to withstand extremely large amounts of weight.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 100km/h = ??mph
Tractive Effort: ? kN
Capacity: 56
Cargo Type: Bulk
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 30 t
Lifespan: ?? years
Length: ??m = ??ft

Cargo Wagons (1945 – 2035)

Stake Car – From 1945 To ????

For Stake Car, I note that typically featuring stakes on either side, this type of rolling stock is specifically designed for transporting oblong-shaped cargo of various sizes.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 100km/h = ??mph
Tractive Effort: ? kN
Capacity: 80
Cargo Type: Flatbed
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 18 t
Lifespan: ?? years
Length: ??m = ??ft

Tank Car – From 1950 To ????

For Tank Car, I note that also referred to as a tanker, a tank car is a specialized rolling stock that includes cylindrical vessels to easily load, transport and unload liquid cargo.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 120km/h = ??mph
Tractive Effort: ? kN
Capacity: 60
Cargo Type: Liquid
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 20 t
Lifespan: ?? years
Length: ??m = ??ft

Box Car – From 1952 To ????

For Box Car, I note that a box car is a fully covered transport wagon, often with sliding doors, designed for small packaged goods that require protection from the elements.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 120km/h = ??mph
Tractive Effort: ? kN
Capacity: 72
Cargo Type: Goods
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 25 t
Lifespan: ?? years
Length: ??m = ??ft

Cargo Car – From 1960 To ????

For Cargo Car, I note that not specialized for any specific cargo, the design of this wagon allows all sorts of goods to be loaded and hauled without huge drawbacks.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 150km/h = ??mph
Tractive Effort: ? kN
Capacity: 60
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 20 t
Lifespan: ?? years
Length: ??m = ??ft

Stake Car – From 1968 To ????

For Stake Car, I note that typically featuring stakes on either side, this type of rolling stock is specifically designed for transporting oblong-shaped cargo of various sizes.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 140km/h = ??mph
Tractive Effort: ? kN
Capacity: 72
Cargo Type: Flatbed
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 25 t
Lifespan: ?? years
Length: ??m = ??ft

Gondola Car – From 1971 To ????

For Gondola Car, I note that this type of cargo wagon is designed for fast loading and unloading of bulk materials, as well as to withstand extremely large amounts of weight.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 140km/h = ??mph
Tractive Effort: ? kN
Capacity: 80
Cargo Type: Bulk
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 35 t
Lifespan: ?? years
Length: ??m = ??ft

Box Car – From 1972 To ????

For Box Car, I note that a box car is a fully covered transport wagon, often with sliding doors, designed for small packaged goods that require protection from the elements.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 150km/h = ??mph
Tractive Effort: ? kN
Capacity: 80
Cargo Type: Goods
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 18 t
Lifespan: ?? years
Length: ??m = ??ft

Tank Car – From 1982 To ????

For Tank Car, I note that also referred to as a tanker, a tank car is a specialized rolling stock that includes cylindrical vessels to easily load, transport and unload liquid cargo.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 160km/h = ??mph
Tractive Effort: ? kN
Capacity: 72
Cargo Type: Liquid
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 25 t
Lifespan: ?? years
Length: ??m = ??ft

Cargo Car – From 1999 To ????

For Cargo Car, I note that not specialized for any specific cargo, the design of this wagon allows all sorts of goods to be loaded and hauled without huge drawbacks.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 180km/h = ??mph
Tractive Effort: ? kN
Capacity: 88
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 25 t
Lifespan: ?? years
Length: ??m = ??ft

Box Car – From 2000 To ????

For Box Car, I note that a box car is a fully covered transport wagon, often with sliding doors, designed for small packaged goods that require protection from the elements.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 180km/h = ??mph
Tractive Effort: ? kN
Capacity: 100
Cargo Type: Goods
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 25 t
Lifespan: ?? years
Length: ??m = ??ft

Stake Car – From 2000 To ????

For Stake Car, I note that typically featuring stakes on either side, this type of rolling stock is specifically designed for transporting oblong-shaped cargo of various sizes.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 180km/h = ??mph
Tractive Effort: ? kN
Capacity: 88
Cargo Type: Flatbed
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 25 t
Lifespan: ?? years
Length: ??m = ??ft

Gondola Car – From 2001 To ????

For Gondola Car, I note that this type of cargo wagon is designed for fast loading and unloading of bulk materials, as well as to withstand extremely large amounts of weight.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 180km/h = ??mph
Tractive Effort: ? kN
Capacity: 72
Cargo Type: Bulk
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 40 t
Lifespan: ?? years
Length: ??m = ??ft

Tank Car – From 2005 To ????

For Tank Car, I note that also referred to as a tanker, a tank car is a specialized rolling stock that includes cylindrical vessels to easily load, transport and unload liquid cargo.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 200km/h = ??mph
Tractive Effort: ? kN
Capacity: 88
Cargo Type: Liquid
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Weight: 30 t
Lifespan: ?? years
Length: ??m = ??ft

Passenger Railcars-Trams (1900 – 1975)

Horse Tram – From 1890 To 1915

For Horse Tram, I note that in times of bumpy cobblestone streets, the first horse-drawn passenger tram offered a somewhat smoother and quieter ride on rails.

(Insert Image)

Cost: $96,882
Running Costs: $16,147/year
Top Speed: 20km/h = ??mph
Engine Type: Horse
Power: 8 kW
Tractive Effort: 4 kN
Capacity: 24
Cargo Type: Passengers
Loading Speed: 2.0x
Noise Pollution: Very Good
Air Pollution: Poor
Comfort: Poor
Weight: 1.5 t
Lifespan: ?? years
Length: 11m = ??ft

Stadtbahn Halle – From 1910 To ????

For Stadtbahn Halle, I note that as one of the first electric streetcars with an open platform on both sides it served by the “Allgemeine Elektricitats-Gessellschaft”.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 25km/h = ??mph
Engine Type: Electric
Power: 30 kW
Tractive Effort: ? kN
Capacity: 44
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 12 t
Lifespan: ?? years
Length: ??m = ??ft

Nuremburg F Motor Car – From 1920 To ????

For Nuremburg F Motor Car, I note that literally called a “Lantern” due to their roof, more than 600 of these streetcars circulated in the city of Moscow for over 50 years.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 35km/h = ??mph
Engine Type: Electric
Power: 50 kW
Tractive Effort: ? kN
Capacity: 48
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 18 t
Lifespan: ?? years
Length: ??m = ??ft

Gotha T1 Motor Car – From 1928 To ????

For Gotha T1 Motor Car, I note that for its time, the tram built by Gother Waggonfabrik included a rather unconventional front window to cover the windsheild wiper mount.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 60km/h = ??mph
Engine Type: Electric
Power: 120 kW
Tractive Effort: ? kN
Capacity: 56
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 26 t
Lifespan: ?? years
Length: ??m = ??ft

Italian ATM Series 4000 – From 1935 To ????

For Italian ATM Series 4000, I note that although it included the same suspended center box mounted between the ends, it was cheaper to run than its predecessor, the ATM 3000

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 40km/h = ??mph
Engine Type: Electric
Power: 64 kW
Tractive Effort: ? kN
Capacity: 100
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 18 t
Lifespan: ?? years
Length: ??m = ??ft

Pittsburgh PCC 1643 – From 1945 To ????

For Pittsburgh PCC 1643, I note that the PCC “Presidents’ Conference Committee” streetcar desing, as seen in Pittsburgh, proved to be very successful not only in North America.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 45km/h = ??mph
Engine Type: Electric
Power: 100 kW
Tractive Effort: ? kN
Capacity: 84
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 16 t
Lifespan: ?? years
Length: ??m = ??ft

Duewag Motor Car – From 1955 To ????

For Duewag Motor Car, I note that it recieved its name from the spacious interior and a modern design for its time to accommodate high passenger volumes and was widely used.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 50km/h = ??mph
Engine Type: Electric
Power: 220 kW
Tractive Effort: ? kN
Capacity: 64
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 16 t
Lifespan: ?? years
Length: ??m = ??ft

Zurich BE 4/6 Mirage – From 1966 To ????

For Zurich BE 4/6 Mirage, I note that as with the procurement of the Mirage fighter planes, there was a large cost overrun for this tram project, earning it its nickname.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 60km/h = ??mph
Engine Type: Electric
Power: 300 kW
Tractive Effort: ? kN
Capacity: 108
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 26 t
Lifespan: ?? years
Length: ??m = ??ft

Tatra T4 – From 1968 To ????

For Tatra T4, I note that built in Czechoslovakia by Tatra, it was a high-floor tram designed to operate on narrow streets, making it popular in Eastern European cities.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 55km/h = ??mph
Engine Type: Electric
Power: 140 kW
Tractive Effort: ? kN
Capacity: 72
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 30 t
Lifespan: ?? years
Length: ??m = ??ft

Passenger Railcars-Trams (1975 – 2035)

Duewag TYP N8C – From 1978 To ????

For Duewag TYP N8C, I note that fulfilling the needs of various German light rail systems, this series was produced in high numbers. Many of them got a second life in Eastern Europe.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Electric
Power: 130 kW
Tractive Effort: ? kN
Capacity: 128
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 38 t
Lifespan: ?? years
Length: ??m = ??ft

Toronto CRLV – From 1979 To ????

For Toronto CRLV, I note that acting as a successful replacement for the aging PCCs, the Canadian Light Rail Vehicle was developed as a modern, standardized streetcar.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 60km/h = ??mph
Engine Type: Electric
Power: 272 kW
Tractive Effort: ? kN
Capacity: 80
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 22.7 t
Lifespan: ?? years
Length: ??m = ??ft

St. Petersburg LVS-86 – From 1986 To ????

For St. Petersburg LVS-86, I note that when the tram network of St. Petersburg needed larger trams, this series was developed and recieved various technical upgrades.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Electric
Power: 300 kW
Tractive Effort: ? kN
Capacity: 112
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 35 t
Lifespan: ?? years
Length: ??m = ??ft

Toyama 8000 – From 1993 To ????

For Toyama 8000, I note that to replace older, non-air-conditioned trams of the 7000 series, the new generation of single-car trams was introduced for the town of Toyama.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 60km/h = ??mph
Engine Type: Electric
Power: 120 kW
Tractive Effort: ? kN
Capacity: 80
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 17 t
Lifespan: ?? years
Length: ??m = ??ft

Bombardier K4000 – From 1995 To ????

For Bombardier K4000, I note that thanks to its step-free access, the introduction of the first Flexity Swift series improved accessibility for light rail passengers significantly.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Engine Type: Electric
Power: 480 kW
Tractive Effort: ? kN
Capacity: 140
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 18 t
Lifespan: ?? years
Length: ??m = ??ft

Skoda 10 T – From 2000 To ????

For Skoda 10 T, I note that as part of the renaissance of trams in the United States, Skoda adapted one of its European tram types for the American market.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Electric
Power: 360 kW
Tractive Effort: ? kN
Capacity: 100
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 29 t
Lifespan: ?? years
Length: ??m = ??ft

DresdenCarGoTram – From 2000 To ????

For DresdenCarGoTram, I note that built from parts of older trams, the CarGoTram was developed to transport machine parts to a Volkswagen factory in the center of Dresden.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 60km/h = ??mph
Engine Type: Electric
Power: 900 kW
Tractive Effort: ? kN
Capacity: 256
Cargo Type: Passengers?
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 90 t
Lifespan: ?? years
Length: ??m = ??ft

Changchun 3000 – From 2010 To ????

For Changchun 3000, I note that the light rail vehicles in the city of Changchun are among the longest single vehicles on the market providing high capacity for crowded lines.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Electric
Power: 960 kW
Tractive Effort: ? kN
Capacity: 240
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 132 t
Lifespan: ?? years
Length: ??m = ??ft

Moscow Vityaz M – From 2014 To ????

For Moscow Vityaz M, I note that in this low-floor streetcar, the traction motors are housed in the bogies under the floor, allowing for wider interior passageways.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Electric
Power: 600 kW
Tractive Effort: ? kN
Capacity: 148
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 37 t
Lifespan: ?? years
Length: ??m = ??ft

CAF Urbos 3 – From 2018 To ????

For CAF Urbos 3, I note that colourful interious are a unique feature of this tram used in Luxembourg, which is part of the third generation of CAF’s Urbos platform.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Electric
Power: 800 kW
Tractive Effort: ? kN
Capacity: 172
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 35 t
Lifespan: ?? years
Length: ??m = ??ft

Stadler Citylink – From 2022 To ????

For Stadler Citylink, I note that one of the most recent representatives of tram-trains, featuring both an electric and diesel motor to extend tram lines into the outer suburbs.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 90km/h = ??mph
Engine Type: Electric & Diesel?
Power: 580 kW
Tractive Effort: ? kN
Capacity: 200
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 68 t
Lifespan: ?? years
Length: ??m = ??ft

Stadler Tina – From 2024 To ????

For Stadler Tina, I note that standing for “Totally Intergrated Low-floor Drive”, Stadler’s newest generation of trams includes modular options for length and door arrangements.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Engine Type: Electric
Power: 600 kW
Tractive Effort: ? kN
Capacity: 240
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 62 t
Lifespan: ?? years
Length: ??m = ??ft

Cargo Railcars – Trams

Horse Tram – From 1890 To ????

For Horse Tram, I note that rolling resistance on tracks is significantly lower than on rough cobblestones, which is a important factor for the efficient transport of cargo.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 20km/h = ??mph
Engine Type: Horse
Power: 8 kW
Tractive Effort: ? kN
Capacity: 28
Cargo Type: Universal?
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 2 t
Lifespan: ?? years
Length: ??m = ??ft

Sydney 24S Motor Car – From 1910 To ????

For Sydney 24S Motor Car, I note that being used to carry cargo between depots, workshops and other yards in Sydney, this tram car was produced from wood on a metal frame.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 35km/h = ??mph
Engine Type: Electric
Power: 70 kW
Tractive Effort: ? kN
Capacity: 40
Cargo Type: Universal?
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 22 t
Lifespan: ?? years
Length: ??m = ??ft

Russian X-Series – From 1925 To ????

For Russian X-Series, I note that based on a similar passenger tram series, the Soviet X or Kh-series was a very sturdy type that could transport cargo on local tram networks.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 40km/h = ??mph
Engine Type: Electric
Power: 70 kW
Tractive Effort: ? kN
Capacity: 52
Cargo Type: Universal?
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 13 t
Lifespan: ?? years
Length: ??m = ??ft

Tatra T4 Box – From 1986 To ????

For Tatra T4 Box, I note that built in Czechoslovakia by Tatra, it was a high-floor tram designed to operate on narrow streets, making it popular in Eastern European cities.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 55km/h = ??mph
Engine Type: Electric
Power: 140 kW
Tractive Effort: ? kN
Capacity: 72
Cargo Type: Goods
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 30 t
Lifespan: ?? years
Length: ??m = ??ft

Tatra T4 Tank – From 1986 To ????

For Tatra T4 Tank, I note that built in Czechoslovakia by Tatra, it was a high-floor tram designed to operate on narrow streets, making it popular in Eastern European cities.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 55km/h = ??mph
Engine Type: Electric
Power: 140 kW
Tractive Effort: ? kN
Capacity: 72
Cargo Type: Liquid
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 30 t
Lifespan: ?? years
Length: ??m = ??ft

Tatra T4 Bulk – From 1986 To ????

For Tatra T4 Bulk, I note that built in Czechoslovakia by Tatra, it was a high-floor tram designed to operate on narrow streets, making it popular in Eastern European cities.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 55km/h = ??mph
Engine Type: Electric
Power: 140 kW
Tractive Effort: ? kN
Capacity: 72
Cargo Type: Bulk
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 30 t
Lifespan: ?? years
Length: ??m = ??ft

Tatra T4 Stakes – From 1986 To ????

For Tatra T4 Stakes, I note that built in Czechoslovakia by Tatra, it was a high-floor tram designed to operate on narrow streets, making it popular in Eastern European cities.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 55km/h = ??mph
Engine Type: Electric
Power: 140 kW
Tractive Effort: ? kN
Capacity: 72
Cargo Type: Flatbed
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 30 t
Lifespan: ?? years
Length: ??m = ??ft

Articulated Cargo Tram – From 2030 To ????

For Articulated Cargo Tram, I note that designed for urban freight service, this cargo tram combines a reinforced fram and modular cargo compartments with a modern design.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 100km/h = ??mph
Engine Type: Electric
Power: 900 kW
Tractive Effort: ? kN
Capacity: 320
Cargo Type: Universal?
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 45 t
Lifespan: ?? years
Length: ??m = ??ft

Locomotives – Trams

Steam Tram – From 1900 To 1930

For Steam Tram, I note that the boxed shape of the steam locomotive stands out but had some advantages. It allowed the drivers to stand near the front and observe the tracks.

(Insert Image)

Cost: $127,986
Running Costs: $21,331/year
Top Speed: 30km/h = ??mph
Engine Type: Steam
Power: 30 kW
Tractive Effort: 15 kN
Noise Pollution: Mediocre
Air Pollution: Very Poor
Weight: 10 t
Lifespan: ?? years
Length: 4.9m = ??ft

Swiss GE 2/2 – From 1920 To ????

For Swiss GE 2/2, I note that originally used in cargo trams around the local steel mill, this small electric locomotive is preserved near the office of Urban Games.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 40km/h = ??mph
Engine Type: Electric
Power: 70 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 18 t
Lifespan: ?? years
Length: ??m = ??ft

GE 25-Ton Switcher – From 1945 To ????

For GE 25-Ton Switcher, I note that this American series of 25-ton switchers was produced for light switching duties, often used in factories, ports, and small rail yards.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 45km/h = ??mph
Engine Type: Diesel
Power: 110 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 23 t
Lifespan: ?? years
Length: ??m = ??ft

Schoma TM 2/2 – From 1970 To ????

For Schoma TM 2/2, I note that designed for industrial and light shunting tasks, this small diesel locomotive built by Schoma in Germany is widely used in private sidings.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Diesel
Power: 176 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 10 t
Lifespan: ?? years
Length: ??m = ??ft

Vienna Type LH – From 1990 To ????

For Vienna Type LH, I note that recognized for its distinctive colour, the Viennese locomotive serves for maintance and service tasks across the whole tram network.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Electric
Power: 120 kW
Tractive Effort: ? kN
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 22 t
Lifespan: ?? years
Length: ??m = ??ft

Tram Rolling Stock (1900 – 1950)

Open Car – From 1892 To 1910

For Open Car, I note that odessa’s first open streetcar series launched through the support of a Belgian company, marking a milestone in the town’s transit.

(Insert Image)

Cost: $55,080
Running Costs: $9,180/year
Top Speed: 25km/h = ??mph
Capacity: 24
Cargo Type: Passengers
Loading Speed: 4.0x
Noise Pollution: Good
Air Pollution: Very Good
Comfort: Mediocre
Weight: 2 t
Lifespan: ?? years
Length: 7.3m = ??ft

Cargo Car – From 1895 To ????

For Cargo Car, I note that early cargo tram wagons were small enough to feature a fixed two-axle design and were usually adapted to individual types of cargo.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 40km/h = ??mph
Tractive Effort: ? kN
Capacity: 32
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 3 t
Lifespan: ?? years
Length: ??m = ??ft

Box Car – From 1895 To ????

For Box Car, I note that early cargo tram wagons were small enough to feature a fixed two-axle design and were usually adapted to individual types of cargo.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 40km/h = ??mph
Tractive Effort: ? kN
Capacity: 32
Cargo Type: Goods
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 3 t
Lifespan: ?? years
Length: ??m = ??ft

Stake Car – From 1895 To ????

For Stake Car, I note that early cargo tram wagons were small enough to feature a fixed two-axle design and were usually adapted to individual types of cargo.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 40km/h = ??mph
Tractive Effort: ? kN
Capacity: 32
Cargo Type: Flatbed
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 3 t
Lifespan: ?? years
Length: ??m = ??ft

Gondola Car – From 1895 To ????

For Gondola Car, I note that early cargo tram wagons were small enough to feature a fixed two-axle design and were usually adapted to individual types of cargo.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 40km/h = ??mph
Tractive Effort: ? kN
Capacity: 16
Cargo Type: Bulk
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 3 t
Lifespan: ?? years
Length: ??m = ??ft

Tank Car – From 1895 To ????

For Tank Car, I note that early cargo tram wagons were small enough to feature a fixed two-axle design and were usually adapted to individual types of cargo.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 40km/h = ??mph
Tractive Effort: ? kN
Capacity: 32
Cargo Type: Liquid
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 3 t
Lifespan: ?? years
Length: ??m = ??ft

Closed Car – From 1896 To 1930

For Closed Car, I note that light Rail Closed cars offered more comfort during the cold season. On the other hand, this increased the weight of the cars and made them more expensive.

(Insert Image)

Cost: $81,906
Running Costs: $13,651/year
Top Speed: 30km/h = ??mph
Capacity: 32
Cargo Type: Passengers
Loading Speed: 3.5x
Noise Pollution: Good
Air Pollution: Very Good
Comfort: Poor
Weight: 10 t
Lifespan: ?? years
Length: 6.9m = ??ft

Double Deck Car – From 1905 To ????

For Double Deck Car, I note that in order to increase capacity without increasing length, a second level as added. However, it was not very comfortable, especially in the rain.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 30km/h = ??mph
Tractive Effort: ? kN
Capacity: 48
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 10 t
Lifespan: ?? years
Length: ??m = ??ft

Tram Rolling Stock (1950 – 2035)

Cargo Car – From 1950 To ????

For Cargo Car, I note that mid-century cargo tram wagons were often built for a specific purpose but included bogies to allow for greater length and better maneuverability.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 60km/h = ??mph
Tractive Effort: ? kN
Capacity: 56
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 7 t
Lifespan: ?? years
Length: ??m = ??ft

Box Car – From 1950 To ????

For Box Car, I note that mid-century cargo tram wagons were often built for a specific purpose but included bogies to allow for greater length and better maneuverability.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 60km/h = ??mph
Tractive Effort: ? kN
Capacity: 56
Cargo Type: Goods
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 7 t
Lifespan: ?? years
Length: ??m = ??ft

Stake Car – From 1950 To ????

For Stake Car, I note that mid-century cargo tram wagons were often built for a specific purpose but included bogies to allow for greater length and better maneuverability.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 60km/h = ??mph
Tractive Effort: ? kN
Capacity: 56
Cargo Type: Flatbed
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 7 t
Lifespan: ?? years
Length: ??m = ??ft

Gondola Car – From 1950 To ????

For Gondola Car, I note that mid-century cargo tram wagons were often built for a specific purpose but included bogies to allow for greater length and better maneuverability.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 60km/h = ??mph
Tractive Effort: ? kN
Capacity: 56
Cargo Type: Bulk
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 7 t
Lifespan: ?? years
Length: ??m = ??ft

Tank Car – From 1950 To ????

For Tank Car, I note that mid-century cargo tram wagons were often built for a specific purpose but included bogies to allow for greater length and better maneuverability.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 60km/h = ??mph
Tractive Effort: ? kN
Capacity: 56
Cargo Type: Liquid
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 7 t
Lifespan: ?? years
Length: ??m = ??ft

Cargo Car – From 2005 To ????

For Cargo Car, I note that modern cargo tram wagons are modular in design, with a shared base platform for all models and superstructures tailored to specific cargo types.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Tractive Effort: ? kN
Capacity: 84
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 12 t
Lifespan: ?? years
Length: ??m = ??ft

Box Car – From 2005 To ????

For Box Car, I note that modern cargo tram wagons are modular in design, with a shared base platform for all models and superstructures tailored to specific cargo types.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Tractive Effort: ? kN
Capacity: 84
Cargo Type: Goods
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 12 t
Lifespan: ?? years
Length: ??m = ??ft

Stake Car – From 2005 To ????

For Stake Car, I note that modern cargo tram wagons are modular in design, with a shared base platform for all models and superstructures tailored to specific cargo types.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Tractive Effort: ? kN
Capacity: 84
Cargo Type: Flatbed
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 12 t
Lifespan: ?? years
Length: ??m = ??ft

Gondola Car – From 2005 To ????

For Gondola Car, I note that modern cargo tram wagons are modular in design, with a shared base platform for all models and superstructures tailored to specific cargo types.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Tractive Effort: ? kN
Capacity: 84
Cargo Type: Bulk
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 12 t
Lifespan: ?? years
Length: ??m = ??ft

Tank Car – From 2005 To ????

For Tank Car, I note that modern cargo tram wagons are modular in design, with a shared base platform for all models and superstructures tailored to specific cargo types.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Tractive Effort: ? kN
Capacity: 84
Cargo Type: Liquid
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 12 t
Lifespan: ?? years
Length: ??m = ??ft

Buses (1900 – 1960)

Droshky – From 1892 To 1915

For Droshky, I note that originally a light coach for noble families, this four-wheeled horse carriage later evolved to become the early predecessor of the modern taxi.

(Insert Image)

Cost: $59,040
Running Costs: $9,840/year
Top Speed: 17km/h = ??mph
Engine Type: Horse
Power: 4 kW
Tractive Effort: 3 kN
Capacity: 16
Cargo Type: Passengers
Loading Speed: 2.0x
Noise Pollution: Good
Air Pollution: Very Good
Comfort: Poor
Weight: 1 t
Lifespan: ?? years
Length: 6.4m = ??ft

Stagecoach – From 1896 To 1925

For Stagecoach, I note that an ordinary stagecoach used for public transport and mail delivery in the early years. It was essential for travel before the engine era.

(Insert Image)

Cost: $96,882
Running Costs: $16,147/year
Top Speed: 20km/h = ??mph
Engine Type: Horse
Power: 8 kW
Tractive Effort: 3 kN
Capacity: 24
Cargo Type: Passengers
Loading Speed: 3.0x
Noise Pollution: Good
Air Pollution: Very Good
Comfort: Good
Weight: 1 t
Lifespan: ?? years
Length: 7.7m = ??ft

L’Obeissante – From 1905 To ????

For L’Obeissante, I note that built by Frenchman Amedee Bollee, this steam bus could travel long distances, famously completing the journey from Le Mans to Paris.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 25km/h = ??mph
Engine Type: Steam
Power: 15 kW
Tractive Effort: ? kN
Capacity: 24
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 2 t
Lifespan: ?? years
Length: ??m = ??ft

Postbus ET 13 – From 1913 To ????

For Postbus ET 13, I note that the ET 13 was a widely used engine-powered bus built in Austria. It marked a significant shift toward motorized public transport in the region.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 30km/h = ??mph
Engine Type: Diesel
Power: 20 kW
Tractive Effort: ? kN
Capacity: 32
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 4 t
Lifespan: ?? years
Length: ??m = ??ft

Daimler Deck Seat Car – From 1924 To ????

For Daimler Deck Seat Car, I note that this German designed bus included “garden bench” seating on the roof. It offered excellent views of the city but absolutely no protection from rain.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 35km/h = ??mph
Engine Type: Diesel
Power: 35 kW
Tractive Effort: ? kN
Capacity: 48
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 5 t
Lifespan: ?? years
Length: ??m = ??ft

Yellow Coach Model W – From 1925 To ????

For Yellow Coach Model W, I note that a simple single-deck bus designed for city and short regional services by the famous American company Yellow Truck and Coach Manufacturing Co.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 40km/h = ??mph
Engine Type: Diesel
Power: 67 kW
Tractive Effort: ? kN
Capacity: 40
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 8 t
Lifespan: ?? years
Length: ??m = ??ft

Mitsubishi Fuso B46 – From 1932 To ????

For Mitsubishi Fuso B46, I note that the name Fuso was proposed in an employee competition. It refers to the ancient Chinese word Fusang, a tree of eternal life on a sacred island.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 50km/h = ??mph
Engine Type: Diesel
Power: 80 kW
Tractive Effort: ? kN
Capacity: 32
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 10 t
Lifespan: ?? years
Length: ??m = ??ft

Saurer Tuscher – From 1939 To ????

For Saurer Tuscher, I note that a classic city bus built on the Saurer 2 BOD-P hood chassis, featuring distinct bodywork by the renowned Swiss coachbuilder Tuscher.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 50km/h = ??mph
Engine Type: Diesel
Power: 80 kW
Tractive Effort: ? kN
Capacity: 40
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 8 t
Lifespan: ?? years
Length: ??m = ??ft

Scania-Vabis H15 – From 1945 To ????

For Scania-Vabis H15, I note that a distinctive front-engined model, this bus played a major role in the evolution of Sweden’s public transport during the mid-twentieth century.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 50km/h = ??mph
Engine Type: Diesel
Power: 132 kW
Tractive Effort: ? kN
Capacity: 52
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 11 t
Lifespan: ?? years
Length: ??m = ??ft

Citroen U55 Cityrama – From 1956 To ????

For Citroen U55 Cityrama, I note that built by Currus on a Citroen frame, this exotic sightseeing bus included a fully glazed double-deck cabin for panoramic views during city cruises.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 50km/h = ??mph
Engine Type: Diesel
Power: 63 kW
Tractive Effort: ? kN
Capacity: 60
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 7.5 t
Lifespan: ?? years
Length: ??m = ??ft

GM New Look Fishbowl – From 1959 To ????

For GM New Look Fishbowl, I note that nicknamed “Fishbowl” for its rounded six-piece winshield, over 44,000 units of this iconic North American city bus were produced.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Diesel
Power: 160 kW
Tractive Effort: ? kN
Capacity: 40
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 8 t
Lifespan: ?? years
Length: ??m = ??ft

Buses (1960 – 2035)

Isuzu BU10P – From 1963 To ????

For Isuzu BU10P, I note that a robust and reliable Japanese bus that served for both urban and intercity routes due to its durability, often outfitted with different bodies.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 60km/h = ??mph
Engine Type: Diesel
Power: 120 kW
Tractive Effort: ? kN
Capacity: 60
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 10 t
Lifespan: ?? years
Length: ??m = ??ft

Shinjin Microbus – From 1970 To ????

For Shinjin Microbus, I note that south Korea’s first successful bus was produced from recycled oil drums and reused parts from decommissioned American military jeeps and trucks.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 65km/h = ??mph
Engine Type: Diesel
Power: 100 kW
Tractive Effort: ? kN
Capacity: 60
Cargo Type: Pssengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 12 t
Lifespan: ?? years
Length: ??m = ??ft

Mercedes-Benz O303 – From 1974 To 2010

For Mercedes-Benz O303, I note that renowned for it’s durability and high passenger comfort, this German bus served as a major benchmark for intercity and tourist coach travel.

(Insert Image)

Cost: $512,508
Running Costs: $85,418/year
Top Speed: 90km/h = ??mph
Engine Type: Diesel
Power: 213 kW
Tractive Effort: 20 kN
Capacity: 60
Cargo Type: Passengers
Loading Speed: 3.0x
Noise Pollution: Mediocre
Air Pollution: Mediocre
Comfort: Very Good
Weight: 15 t
Lifespan: ?? years
Length: 12m = ??ft

Beijing BK670 – From 1976 To ????

For Beijing BK670, I note that this high-capacity diesel bus was introduced to serve the busiest lines in Beijing, helping the city manage its massive passenger load.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Diesel
Power: 210 kW
Tractive Effort: ? kN
Capacity: 80
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 16 t
Lifespan: ?? years
Length: ??m = ??ft

Mercedes-Benz 0404 G – From 1985 To ????

For Mercedes-Benz 0404 G, I note that this bus was a popular articulated people mover that helped cities manage growing passenger deman thanks to its spacious and efficent design.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Engine Type: Diesel
Power: 184 kW
Tractive Effort: ? kN
Capacity: 96
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 15 t
Lifespan: ?? years
Length: ??m = ??ft

New Flyer D40 – From 1990 To ????

For New Flyer D40, I note that built by New Flyer Industries in the United States, it includes fibreglass sidewalls over hollow tubes and stainless steel wheel guards for safety.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 90km/h = ??mph
Engine Type: Diesel
Power: 190 kW
Tractive Effort: ? kN
Capacity: 68
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 12 t
Lifespan: ?? years
Length: ??m = ??ft

Mercedes-Benz Citaro G1 – From 1997 To ????

For Mercedes-Benz Citaro G1, I note that as one of the first modern low-floor articulated buses, the Citaro G1 significantly enhanced passenger flow and accessibility in cities.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Engine Type: Diesel
Power: 220 kW
Tractive Effort: ? kN
Capacity: 112
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 15 t
Lifespan: ?? years
Length: ??m = ??ft

Irisbus Crossway LE – From 2007 To ????

For Irisbus Crossway LE, I note that a versatile intercity bus used all across Europe, the Crossway LE serves long-distance regional transport lines with great efficiency.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 120km/h = ??mph
Engine Type: Diesel
Power: 243 kW
Tractive Effort: ? kN
Capacity: 80
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 15 t
Lifespan: ?? years
Length: ??m = ??ft

Wright Streetcar – From 2008 To ????

For Wright Streetcar, I note that developed by Wrightbus and Volvo on a B7LA chassis, this articulated bus includes a seperate driver’s compartment and conditioning.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Diesel?
Power: 220 kW
Tractive Effort: ? kN
Capacity: 112
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 22 t
Lifespan: ?? years
Length: ??m = ??ft

Zuhai GTQ – From 2017 To ????

For Zuhai GTQ, I note that maunfactured in southern China, this futuristic articulated bus is powered entirely by an electric drive system to reduce its carbon footprint.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 60km/h = ??mph
Engine Type: Electric
Power: 160 kW
Tractive Effort: ? kN
Capacity: 120
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 17 t
Lifespan: ?? years
Length: ??m = ??ft

Mercedes-Benz Ecitaro – From 2019 To ????

For Mercedes-Benz Ecitaro, I note that this bus offers a new level of comfort. With a whisper-quiet drive and modern interior, it sets the standard for emission-free city travel.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Electric
Power: 150 kW
Tractive Effort: ? kN
Capacity: 80
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 14 t
Lifespan: ?? years
Length: ??m = ??ft

Rampini Eltron – From 2025 To ????

For Rampini Eltron, I note that built in Italy, this electric bus uses side-view cameras instead of mirrors to fit through narrow streets. It offers a 300 km range for all day service. (186 miles)

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Engine Type: Electric
Power: 230 kW
Tractive Effort: ? kN
Capacity: 48
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 12 t
Lifespan: ?? years
Length: ??m = ??ft

Trucks (1900 – 1940)

Small Horse Carriage – From 1885 To 1910

For Small Horse Carriage, I note that in the early twentieth century, horse-drawn carts were the dominant for of transport used to haul cargo for short and medium distances around towns.

(Insert Image)

Cost: $57,138
Running Costs: $9,523/year
Top Speed: 16km/h = ??mph
Engine Type: Horse
Power: 4 kW
Tractive Effort: 2 kN
Capacity: 16
Cargo Type: Universal
Loading Speed: 3.0x
Noise Pollution: Very Good
Air Pollution: Very Good
Weight: 1 t
Lifespan: ?? years
Length: 7.1m = ??ft

Horse Carriage – From 1893 To 1920

For Horse Carriage, I note that for larger types of cargo or to be able to transport more volume, larger cargo carts often required a team of horses to accomodate the extra weight.

(Insert Image)

Cost: $96,882
Running Costs: $16,147/year
Top Speed: 20km/h = ??mph
Engine Type: Horse
Power: 8 kW
Tractive Effort: 4 kN
Capacity: 24
Cargo Type: Universal
Loading Speed: 1.0x
Noise Pollution: Very Good
Air Pollution: Very Good
Weight: 1.5 t
Lifespan: ?? years
Length: 7.7m = ??ft

Steam Truck – From 1905 To ????

For Steam Truck, I note that originating in Masborough near Rotherham, UK, this early steam-powered lorry design was employed by local industries such as coal mining and brewing.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 25km/h = ??mph
Engine Type: Steam
Power: 14 kW
Tractive Effort: ? kN
Capacity: 40
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 1 t
Lifespan: ?? years
Length: ??m = ??ft

Horse Carriage with Barrels – From 1907 To ????

For Horse Carriage with Barrels, I note that for certain types of cargo, horse-drawn carts were often highly specialized with designs tailored to facilitate efficient loading and unloading.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 20km/h = ??mph
Engine Type: Horse
Power: 8 kW
Tractive Effort: ? kN
Capacity: 40
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 1.5 t
Lifespan: ?? years
Length: ??m = ??ft

Benz 3-Ton Box – From 1912 To ????

For Benz 3-Ton Box, I note that as one of the earliest motorised transport vehicles, this truck was powered by a four-cylinder engine, ith power transmitter to the rear axle via a chain drive.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 30km/h = ??mph
Engine Type: Diesel
Power: 35 kW
Tractive Effort: ? kN
Capacity: 48
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 1.5 t
Lifespan: ?? years
Length: ??m = ??ft

Benz 3-Ton Bulk – From 1912 To ????

For Benz 3-Ton Bulk, I note that as one of the earliest motorised transport vehicles, this truck was powered by a four-cylinder engine, ith power transmitter to the rear axle via a chain drive.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 30km/h = ??mph
Engine Type: Diesel
Power: 35 kW
Tractive Effort: ? kN
Capacity: 48
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 1.5 t
Lifespan: ?? years
Length: ??m = ??ft

Mack AC Stake – From 1916 To ????

For Mack AC Stake, I note that the AC heavy-duty truck was a powerful and reliable workhorse. Its familiar conically shaped hood eventually led to the creation of its nickname “Bulldog”.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 30km/h = ??mph
Engine Type: Diesel
Power: 34 kW
Tractive Effort: ? kN
Capacity: 48
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 3 t
Lifespan: ?? years
Length: ??m = ??ft

Amo F-15 – From 1924 To ????

For Amo F-15, I note that this Soviet truck was orignally based on the Italian Fiat F-15, but included a Soviet-designed engine adapted to withstand the harsh northern climate.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 40km/h = ??mph
Engine Type: Diesel
Power: 40 kW
Tractive Effort: ? kN
Capacity: 48
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 1.5 t
Lifespan: ?? years
Length: ??m = ??ft

Amo F-15 Tank – From 1924 To ????

For Amo F-15 Tank, I note that this Soviet truck was orignally based on the Italian Fiat F-15, but included a Soviet-designed engine adapted to withstand the harsh northern climate.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 40km/h = ??mph
Engine Type: Diesel
Power: 40 kW
Tractive Effort: ? kN
Capacity: 48
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 1.5 t
Lifespan: ?? years
Length: ??m = ??ft

Ford Model 77 Bulk – From 1928 To ????

For Ford Model 77 Bulk, I note that with its distinctive barrel-nose front, this truck became ubiquitous worldwide. It was developed as a standardized platform that could be specialized for specific cargo.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 40km/h = ??mph
Engine Type: Diesel
Power: 30 kW
Tractive Effort: ? kN
Capacity: 40
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 1.5 t
Lifespan: ?? years
Length: ??m = ??ft

Ford Model AA Box – From 1930 To ????

For Ford Model AA Box, I note that the Ford Model AA Delivery truck was an early 20th-century workhorse that was widely used for commercial deliveries due to its reliability and affordability.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 40km/h = ??mph
Engine Type: Diesel
Power: 30 kW
Tractive Effort: ? kN
Capacity: 40
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 1.5 t
Lifespan: ?? years
Length: ??m = ??ft

Gaz MM Stake – From 1938 To ????

For Gaz MM Stake, I note that originally an exact copy of the Ford-AA built in the United States, this truck was redesigned several times during the war due to shortages of key materials.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 50km/h = ??mph
Engine Type: Diesel
Power: 45 kW
Tractive Effort: ? kN
Capacity: 60
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 2 t
Lifespan: ?? years
Length: ??m = ??ft

Trucks (1940 – 1960)

Saurer C Type – From 1942 To ????

For Saurer C Type, I note that the C-type engine was a revolutionary design by Adolph Saurer AG in Switzerland that served as the basis for many trucks and busses.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 50km/h = ??mph
Engine Type: Diesel
Power: 64 kW
Tractive Effort: ? kN
Capacity: 60
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 5 t
Lifespan: ?? years
Length: ??m = ??ft

Saurer C Type Tank – From 1942 To ????

For Saurer C Type Tank, I note that the C-type engine was a revolutionary design by Adolph Saurer AG in Switzerland that served as the basis for many trucks and busses.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 50km/h = ??mph
Engine Type: Diesel
Power: 64 kW
Tractive Effort: ? kN
Capacity: 60
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 5 t
Lifespan: ?? years
Length: ??m = ??ft

Saurer C Type Bulk – From 1942 To ????

For Saurer C Type Bulk, I note that the C-type engine was a revolutionary design by Adolph Saurer AG in Switzerland that served as the basis for many trucks and busses.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 50km/h = ??mph
Engine Type: Diesel
Power: 64 kW
Tractive Effort: ? kN
Capacity: 60
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 5 t
Lifespan: ?? years
Length: ??m = ??ft

Zis-150 Bulk – From 1947 To ????

For Zis-150 Bulk, I note that building on the experience Soviet vehicle manufacturers gained from adapting early Ford models to their needs, they designed the ZIS as a more modern allround truck.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 60km/h = ??mph
Engine Type: Diesel
Power: 64 kW
Tractive Effort: ? kN
Capacity: 60
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 5 t
Lifespan: ?? years
Length: ??m = ??ft

Zis-150 Stake – From 1947 To ????

For Zis-150 Stake, I note that building on the experience Soviet vehicle manufacturers gained from adapting early Ford models to their needs, they designed the ZIS as a more modern allround truck.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 60km/h = ??mph
Engine Type: Diesel
Power: 64 kW
Tractive Effort: ? kN
Capacity: 60
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 5 t
Lifespan: ?? years
Length: ??m = ??ft

GMC 660 DFM – From 1956 To ????

For GMC 660 DFM, I note that constructed by the General Motors Company in the fourties, this truck proved to be a versatile medium-duty truck useful for both urban and agricultral work.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Diesel
Power: 119 kW
Tractive Effort: ? kN
Capacity: 88
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 15 t
Lifespan: ?? years
Length: ??m = ??ft

GMC 660 DFM Box – From 1956 To ????

For GMC 660 DFM Box, I note that constructed by the General Motors Company in the fourties, this truck proved to be a versatile medium-duty truck useful for both urban and agricultral work.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Diesel
Power: 119 kW
Tractive Effort: ? kN
Capacity: 88
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 15 t
Lifespan: ?? years
Length: ??m = ??ft

GMC 660 DFM Bulk – From 1956 To ????

For GMC 660 DFM Bulk, I note that constructed by the General Motors Company in the fourties, this truck proved to be a versatile medium-duty truck useful for both urban and agricultral work.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Diesel
Power: 119 kW
Tractive Effort: ? kN
Capacity: 88
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 15 t
Lifespan: ?? years
Length: ??m = ??ft

GMC 660 DFM Tank – From 1956 To ????

For GMC 660 DFM Tank, I note that constructed by the General Motors Company in the fourties, this truck proved to be a versatile medium-duty truck useful for both urban and agricultral work.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Diesel
Power: 119 kW
Tractive Effort: ? kN
Capacity: 88
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 15 t
Lifespan: ?? years
Length: ??m = ??ft

GMC 660 DFM Stake – From 1956 To ????

For GMC 660 DFM Stake, I note that constructed by the General Motors Company in the fourties, this truck proved to be a versatile medium-duty truck useful for both urban and agricultral work.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Diesel
Power: 119 kW
Tractive Effort: ? kN
Capacity: 88
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 15 t
Lifespan: ?? years
Length: ??m = ??ft

Trucks (1960 – 1985)

MAN 19.304 – From 1965 To ????

For MAN 19.304, I note that this six-wheeled German truck, powered by a robust V8 engine, was the first to feature a forard-folding hood, making maintenance much easier.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Engine Type: Diesel
Power: 220 kW
Tractive Effort: ? kN
Capacity: 72
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 8 t
Lifespan: ?? years
Length: ??m = ??ft

MAN 19.304 Tank – From 1965 To ????

For MAN 19.304 Tank, I note that this six-wheeled German truck, powered by a robust V8 engine, was the first to feature a forard-folding hood, making maintenance much easier.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Engine Type: Diesel
Power: 220 kW
Tractive Effort: ? kN
Capacity: 72
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 8 t
Lifespan: ?? years
Length: ??m = ??ft

MAN 19.304 Box – From 1965 To ????

For MAN 19.304 Box, I note that this six-wheeled German truck, powered by a robust V8 engine, was the first to feature a forard-folding hood, making maintenance much easier.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Engine Type: Diesel
Power: 220 kW
Tractive Effort: ? kN
Capacity: 72
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 8 t
Lifespan: ?? years
Length: ??m = ??ft

MAN 19.304 Bulk – From 1965 To ????

For MAN 19.304 Bulk, I note that this six-wheeled German truck, powered by a robust V8 engine, was the first to feature a forard-folding hood, making maintenance much easier.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Engine Type: Diesel
Power: 220 kW
Tractive Effort: ? kN
Capacity: 72
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 8 t
Lifespan: ?? years
Length: ??m = ??ft

Isuzu ELF TLD20 – From 1967 To ????

For Isuzu ELF TLD20, I note that outside Japan, this mid-sizedmtruck from the sixties is also known as the “N-Series”. It was so popular that production continued well into the twenty-first century.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Engine Type: Diesel
Power: 55 kW
Tractive Effort: ? kN
Capacity: 40
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 1.5 t
Lifespan: ?? years
Length: ??m = ??ft

Isuzu ELF TLD20 Tank – From 1967 To ????

For Isuzu ELF TLD20 Tank, I note that outside Japan, this mid-sizedmtruck from the sixties is also known as the “N-Series”. It was so popular that production continued well into the twenty-first century.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Engine Type: Diesel
Power: 55 kW
Tractive Effort: ? kN
Capacity: 40
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 1.5 t
Lifespan: ?? years
Length: ??m = ??ft

Kenworth K100E – From 1980 To ????

For Kenworth K100E, I note that this American semi is also idely used in Australia and New Zealand. Its double stack exhausts and the cab-over-engine setup inspired the design of Optimus Prime.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 120km/h = ??mph
Engine Type: Diesel
Power: 600 kW
Tractive Effort: ? kN
Capacity: 120
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 18 t
Lifespan: ?? years
Length: ??m = ??ft

Kenworth K100E Bulk – From 1980 To ????

For Kenworth K100E Bulk, I note that this American semi is also idely used in Australia and New Zealand. Its double stack exhausts and the cab-over-engine setup inspired the design of Optimus Prime.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 120km/h = ??mph
Engine Type: Diesel
Power: 600 kW
Tractive Effort: ? kN
Capacity: 120
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 18 t
Lifespan: ?? years
Length: ??m = ??ft

Kenworth K100E Stake – From 1980 To ????

For Kenworth K100E Stake, I note that this American semi is also idely used in Australia and New Zealand. Its double stack exhausts and the cab-over-engine setup inspired the design of Optimus Prime.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 120km/h = ??mph
Engine Type: Diesel
Power: 600 kW
Tractive Effort: ? kN
Capacity: 120
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 18 t
Lifespan: ?? years
Length: ??m = ??ft

Kenworth K100E Tank – From 1980 To ????

For Kenworth K100E Tank, I note that this American semi is also idely used in Australia and New Zealand. Its double stack exhausts and the cab-over-engine setup inspired the design of Optimus Prime.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 120km/h = ??mph
Engine Type: Diesel
Power: 600 kW
Tractive Effort: ? kN
Capacity: 120
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 18 t
Lifespan: ?? years
Length: ??m = ??ft

Trucks (1985 – 2000)

Gaz 3307 Cargo – From 1989 To ????

For Gaz 3307 Cargo, I note that powered by a V8 gasoline engine, this Soviet-era truck not only served as a versatile cargo hauler but also frequently used as a fire truck.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 90km/h = ??mph
Engine Type: Diesel
Power: 200 kW
Tractive Effort: ? kN
Capacity: 64
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 10 t
Lifespan: ?? years
Length: ??m = ??ft

Gaz 3307 Bulk – From 1989 To ????

For Gaz 3307 Bulk, I note that powered by a V8 gasoline engine, this Soviet-era truck not only served as a versatile cargo hauler but also frequently used as a fire truck.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 90km/h = ??mph
Engine Type: Diesel
Power: 200 kW
Tractive Effort: ? kN
Capacity: 64
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 10 t
Lifespan: ?? years
Length: ??m = ??ft

Gaz 3307 Tank – From 1989 To ????

For Gaz 3307 Tank, I note that powered by a V8 gasoline engine, this Soviet-era truck not only served as a versatile cargo hauler but also frequently used as a fire truck.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 90km/h = ??mph
Engine Type: Diesel
Power: 200 kW
Tractive Effort: ? kN
Capacity: 64
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 10 t
Lifespan: ?? years
Length: ??m = ??ft

Gaz 3307 Box – From 1989 To ????

For Gaz 3307 Box, I note that powered by a V8 gasoline engine, this Soviet-era truck not only served as a versatile cargo hauler but also frequently used as a fire truck.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 90km/h = ??mph
Engine Type: Diesel
Power: 200 kW
Tractive Effort: ? kN
Capacity: 64
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 10 t
Lifespan: ?? years
Length: ??m = ??ft

Freightliner FLD 112 – From 1999 To ????

For Freightliner FLD 112, I note that the Freightliner is a classic American truck known for its aerodynamic design, widely used for both regional and cross-country freight transport.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 100km/h = ??mph
Engine Type: Diesel
Power: 255 kW
Tractive Effort: ? kN
Capacity: 150
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 16 t
Lifespan: ?? years
Length: ??m = ??ft

Freightliner FLD 112 Stake – From 1999 To ????

For Freightliner FLD 112 Stake, I note that the Freightliner is a classic American truck known for its aerodynamic design, widely used for both regional and cross-country freight transport.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 100km/h = ??mph
Engine Type: Diesel
Power: 255 kW
Tractive Effort: ? kN
Capacity: 150
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 16 t
Lifespan: ?? years
Length: ??m = ??ft

Volvo FH12 – From 1999 To ????

For Volvo FH12, I note that this Swedish truck is a powerful and reliable long-hauler popular for its safety includes and fuel efficiency, setting a standard in the trucking industry.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 100km/h = ??mph
Engine Type: Diesel
Power: 280 kW
Tractive Effort: ? kN
Capacity: 136
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 17 t
Lifespan: ?? years
Length: ??m = ??ft

Volvo FH12 Tank – From 1999 To ????

For Volvo FH12 Tank, I note that this Swedish truck is a powerful and reliable long-hauler popular for its safety includes and fuel efficiency, setting a standard in the trucking industry.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 100km/h = ??mph
Engine Type: Diesel
Power: 280 kW
Tractive Effort: ? kN
Capacity: 136
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 17 t
Lifespan: ?? years
Length: ??m = ??ft

Trucks (2000 – 2035)

FAW Jiefang J6P Cargo – From 2014 To ????

For FAW Jiefang J6P Cargo, I note that developed in China over a period of seven years, this heavy truck was developed with versatility in mind, resultiing in more than 500 different models.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 120km/h = ??mph
Engine Type: Diesel
Power: 350 kW
Tractive Effort: ? kN
Capacity: 160
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 12 t
Lifespan: ?? years
Length: ??m = ??ft

FAW Jiefang J6P Box – From 2014 To ????

For FAW Jiefang J6P Box, I note that developed in China over a period of seven years, this heavy truck was developed with versatility in mind, resultiing in more than 500 different models.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 120km/h = ??mph
Engine Type: Diesel
Power: 350 kW
Tractive Effort: ? kN
Capacity: 160
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 12 t
Lifespan: ?? years
Length: ??m = ??ft

FAW Jiefang J6P Bulk – From 2014 To ????

For FAW Jiefang J6P Bulk, I note that developed in China over a period of seven years, this heavy truck was developed with versatility in mind, resultiing in more than 500 different models.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 120km/h = ??mph
Engine Type: Diesel
Power: 350 kW
Tractive Effort: ? kN
Capacity: 160
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 12 t
Lifespan: ?? years
Length: ??m = ??ft

FAW Jiefang J6P Tank – From 2014 To ????

For FAW Jiefang J6P Tank, I note that developed in China over a period of seven years, this heavy truck was developed with versatility in mind, resultiing in more than 500 different models.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 120km/h = ??mph
Engine Type: Diesel
Power: 350 kW
Tractive Effort: ? kN
Capacity: 160
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 12 t
Lifespan: ?? years
Length: ??m = ??ft

FAW Jiefang J6P Stake – From 2014 To ????

For FAW Jiefang J6P Stake, I note that developed in China over a period of seven years, this heavy truck was developed with versatility in mind, resultiing in more than 500 different models.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 120km/h = ??mph
Engine Type: Diesel
Power: 350 kW
Tractive Effort: ? kN
Capacity: 160
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 12 t
Lifespan: ?? years
Length: ??m = ??ft

Mercede-Benz Urban ETruck – From 2020 To ????

For Mercede-Benz Urban ETruck, I note that this fully electric truck designed and manufactured by Mercedes Benz includes special aerodynamic includes to maximize driving efficiency.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Engine Type: Electric
Power: 200 kW
Tractive Effort: ? kN
Capacity: 72
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 10 t
Lifespan: ?? years
Length: ??m = ??ft

Rivian EDV Box – From 2024 To ????

For Rivian EDV Box, I note that designed to be the next generation of small volume delivery in urban areas, the Rivian Electric Delivery Van is famously used by a global online retailer.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 70km/h = ??mph
Engine Type: Electric
Power: 100 kW
Tractive Effort: ? kN
Capacity: 30
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 5 t
Lifespan: ?? years
Length: ??m = ??ft

Tesla Semi – From 2030 To ????

For Tesla Semi, I note that sporting three electric motors powering its two rear axles, this semi-truck uses next-generation battery technology to enable long-range cargo transport.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 120km/h = ??mph
Engine Type: Electric
Power: 250 kW
Tractive Effort: ? kN
Capacity: 160
Cargo Type: Loading Speed:
?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 15 t
Lifespan: ?? years
Length: ??m = ??ft

Planes (1920 – 1970)

Junkers F 13 Herta – From 1920 To ????

For Junkers F 13 Herta, I note that designed and developed in Germany, this airplane was the first all-metal aircraft used for civilian applications and included padded seats and heating.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 135km/h = ??mph
Thrust: 3.5 kN
Capacity: 16
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 1 t
Lifespan: ?? years
Length: ??m = ??ft

Vickers J6860 Victoria – From 1922 To ????

For Vickers J6860 Victoria, I note that notable for its reliability in both commercial and mail transport, it lay the groundwork for modern aviation. Only around 100 units of this plane were produced.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 150km/h = ??mph
Thrust: 12 kN
Capacity: 32
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 4.559 t
Lifespan: ?? years
Length: ??m = ??ft

Fokker F VII A – From 1925 To ????

For Fokker F VII A, I note that in the ninetween twenties, Dutch engineers designed this long-range passenger plane to create an air bridge from the Netherlands to the Dutch East Indies.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 175km/h = ??mph
Thrust: 8 kN
Capacity: 32
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 2.3 t
Lifespan: ?? years
Length: ??m = ??ft

Junkers JU-52 Iron Annie – From 1933 To ????

For Junkers JU-52 Iron Annie, I note that this German Aircraft, nicknamed “Aunt Ju”, was developed as a low-maintenance aircraft made to carry large cargo volumes in areas with poor infastructure.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 200km/h = ??mph
Thrust: 15 kN
Capacity: 24
Cargo Type: Passengers – Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 5.72 t
Lifespan: ?? years
Length: ??m = ??ft

Douglas DC-3 Airliner – From 1935 To ????

For Douglas DC-3 Airliner, I note that designed in the United States, this propeller-driven aircraft boasted extraordinary speed and range, and revolutionized air travel in the nineteen thirties and fourties.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 300km/h = ??mph
Thrust: 25 kN
Capacity: 56
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 7.7 t
Lifespan: ?? years
Length: ??m = ??ft

Curtiss C-46 Commando – From 1942 To ????

For Curtiss C-46 Commando, I note that built in the United States, this large twin-engine transport aircraft was widely used in World War II. It was capable of carrying heavy loads over long distances.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 280km/h = ??mph
Thrust: 25 kN
Capacity: 80
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 7.7 t
Lifespan: ?? years
Length: ??m = ??ft

Douglas DC-4 Airliner – From 1944 To ????

For Douglas DC-4 Airliner, I note that this four-engine American aircraft with piston-engine propulsion has its origins in military applications but was later widely used in civil aviation as well.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 365km/h = ??mph
Thrust: 70 kN
Capacity: 100
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 19.6 t
Lifespan: ?? years
Length: ??m = ??ft

Bristol Type 170 Freighter – From 1949 To ????

For Bristol Type 170 Freighter, I note that nicknamed the “Superwayfarer”, this British aircraft served in the fifties to simultaneously transport passengers and cars between islands and the main land.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 350km/h = ??mph
Thrust: 40 kN
Capacity: 40
Cargo Type: Passengers – Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 11.78 t
Lifespan: ?? years
Length: ??m = ??ft

Lockheed L-1049 Super Connie Airliner – From 1952 To ????

For Lockheed L-1049 Super Connie Airliner, I note that generally referred to as the “Super Connie”, this four-engine commercial aircraft from America was the most successful version of the Constellation series.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 468km/h = ??mph
Thrust: 100 kN
Capacity: 120
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 19.6 t
Lifespan: ?? years
Length: ??m = ??ft

Lockheed L-1049 Super Connie Freighter – From 1959 To ????

For Lockheed L-1049 Super Connie Freighter, I note that this variation of the first generation “Super Connie” was equipped with a large cargo door as well as a heavy-duty floor to enable transport of goods.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 486km/h = ??mph
Thrust: 100 kN
Capacity: 60
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 11.78 t
Lifespan: ?? years
Length: ??m = ??ft

De Havilland DH.106 Comet – From 1960 To ????

For De Havilland DH.106 Comet, I note that originally developed as 4A for Capital Airlines, the 4B was an improved design with higher capacity, thanks to a longer fuselage, and a smaller wingspan.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 723.6km/h = ??mph
Thrust: 160 kN
Capacity: 160
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 33 t
Lifespan: ?? years
Length: ??m = ??ft

Canadair CL-44 Freighter – From 1962 To ????

For Canadair CL-44 Freighter, I note that this commercial and cargo aircraft included a hydraulically foldable rear section of the fuselage that enabled the transport of oversized goods and facilitated loading.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 645km/h = ??mph
Thrust: 220 kN
Capacity: 47
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 29.959 t
Lifespan: ?? years
Length: ??m = ??ft

Convair CV 990 Coronado – From 1962 To ????

For Convair CV 990 Coronado, I note that known for its distinctive “fat” fuselage this aircraft had supersonic cruise cpabilities. During its production run, however, it only found limited commercial success.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 917km/h = ??mph
Thrust: 128 kN
Capacity: 200
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 28.1 t
Lifespan: ?? years
Length: ??m = ??ft

Planes (1970 – 1990)

Lockheed L-100 Hercules – From 1976 To ????

For Lockheed L-100 Hercules, I note that as the civillian version of Lockheed’s C-130E military transport aircraft, the Hercules is equipped with military grade navigation and communication equipment.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 400km/h = ??mph
Thrust: 140 kN
Capacity: 43
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 35.26 t
Lifespan: ?? years
Length: ??m = ??ft

McDonnel Douglas DC-10-30CF Freighter – From 1978 To ????

For McDonnel Douglas DC-10-30CF Freighter, I note that this plane is fitted with a three-engine setup that was novel at its time. It was the first aircraft model produced after the mergers between McDonnell and Douglas.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 960km/h = ??mph
Thrust: 680 kN
Capacity: 133
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 12.296 t
Lifespan: ?? years
Length: ??m = ??ft

McDonnel Douglas DC-10-30CF Airliner – From 1978 To ????

For McDonnel Douglas DC-10-30CF Airliner, I note that this plane is fitted with a three-engine setup that was novel at its time. It was the first aircraft model produced after the mergers between McDonnell and Douglas.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 960km/h = ??mph
Thrust: 680 kN
Capacity: 400
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 12.296 t
Lifespan: ?? years
Length: ??m = ??ft

Airbus A310 300F Freighter – From 1982 To ????

For Airbus A310 300F Freighter, I note that this versatile cargo aircraft is offering significant payload capacity and long-range capabilities, making it a popular choice for freight carriers worldwide.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 850km/h = ??mph
Thrust: 200 kN
Capacity: 160
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 37 t
Lifespan: ?? years
Length: ??m = ??ft

Short 330 Sherpa – From 1984 To ????

For Short 330 Sherpa, I note that designed as a short-haul aircraft with a cabin for mixed passenger-freight operations, this British plane uniquely has all its fuel stored in the ceiling.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 455km/h = ??mph
Thrust: 30 kN
Capacity: 40
Cargo Type: Passengers – Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 7.276 t
Lifespan: ?? years
Length: ??m = ??ft

Airbus A320 Airliner – From 1985 To ????

For Airbus A320 Airliner, I note that as the best-selling airliner in history, it pioneered the transition to digital cockpits and fly-by-wire technology replacing manual cabled with electronic signals.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 753km/h = ??mph
Thrust: 124.4 kN
Capacity: 180
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 25.66 t
Lifespan: ?? years
Length: ??m = ??ft

BR. Aerospace 146 Airliner – From 1985 To ????

For BR. Aerospace 146 Airliner, I note that characteristic includes of this British airplane are its forward-angled wings and the bulky fuselage with ample space, which earned it the nickname “Jumbolino”.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 753km/h = ??mph
Thrust: 124.4 kN
Capacity: 112
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 25.66 t
Lifespan: ?? years
Length: ??m = ??ft

BR. Aerospace 146 Freighter – From 1985 To ????

For BR. Aerospace 146 Freighter, I note that characteristic includes of this British airplane are its forward-angled wings and the bulky fuselage with ample space, which earned it the nickname “Jumbolino”.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 753km/h = ??mph
Thrust: 124.4 kN
Capacity: 48
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 25.66 t
Lifespan: ?? years
Length: ??m = ??ft

Fokker 100 Airliner – From 1988 To ????

For Fokker 100 Airliner, I note that this jet is known for its quiet operation and efficency, commonly used for short to medium-haul flights and beloved for its spacious and comfortable cabin.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 845km/h = ??mph
Thrust: 160 kN
Capacity: 160
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 17.819 t
Lifespan: ?? years
Length: ??m = ??ft

Planes (1990 – 2035)

Tupolev TU-204C Freighter – From 1995 To ????

For Tupolev TU-204C Freighter, I note that a medium-range aircraft, it was among the first Russian designs of its generation to feature new technologies such as fly-by-wire, supercritical ings and winglets.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 850km/h = ??mph
Thrust: 340 kN
Capacity: 67
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 56.92 t
Lifespan: ?? years
Length: ??m = ??ft

Tupolev TU-204 Airliner – From 1995 To ????

For Tupolev TU-204 Airliner, I note that a medium-range aircraft, it was among the first Russian designs of its generation to feature new technologies such as fly-by-wire, supercritical ings and winglets.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 850km/h = ??mph
Thrust: 340 kN
Capacity: 280
Cargo Type: Passenger
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 56.92 t
Lifespan: ?? years
Length: ??m = ??ft

Boeing 737-700-C Freighter – From 1998 To ????

For Boeing 737-700-C Freighter, I note that this model was the first version of the “Next-Generation” models by Boeing. It is designed to be convertible between passenger and cargo in under one hour.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 974km/h = ??mph
Thrust: 200 kN
Capacity: 80
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 37 t
Lifespan: ?? years
Length: ??m = ??ft

Boeing 737-700 Airliner – From 1998 To ????

For Boeing 737-700 Airliner, I note that this model was the first version of the “Next-Generation” models by Boeing. It is designed to be convertible between passenger and cargo in under one hour.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 974km/h = ??mph
Thrust: 200 kN
Capacity: 200
Cargo Type: Passenger
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 37 t
Lifespan: ?? years
Length: ??m = ??ft

Bombardier DHC-8 Airliner – From 2000 To ????

For Bombardier DHC-8 Airliner, I note that as a further development from the De Havilland Canada Dash 8, this aircraft includes improved flight characteristics along with active noise and vibration insulation.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 648km/h = ??mph
Thrust: 160 kN
Capacity: 120
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 17.819 t
Lifespan: ?? years
Length: ??m = ??ft

Bombardier DHC-8 Freighter – From 2000 To ????

For Bombardier DHC-8 Freighter, I note that the “Dash 8” is a successful series of the manufacturers De Havilland Canada and Bobardier. This model is a conversion for the transport of cargo on pallets.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 648km/h = ??mph
Thrust: 160 kN
Capacity: 120
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 17.819 t
Lifespan: ?? years
Length: ??m = ??ft

Sukhoi Superjet 100 – From 2010 To ????

For Sukhoi Superjet 100, I note that this Eastern European regional airliner is built with a specific low-wing design. It was developed this was so that it could also be sold on the Western market.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 870km/h = ??mph
Thrust: 137 kN
Capacity: 160
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 24.25 t
Lifespan: ?? years
Length: ??m = ??ft

Airbus Canada A220 – From 2013 To ????

For Airbus Canada A220, I note that originally developed and built by Bombardier, the program was taken over by Airbus due to financial difficulties. The aircraft was later renamed to “Airbus A220”.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 830km/h = ??mph
Thrust: 233 kN
Capacity: 180
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 30 t
Lifespan: ?? years
Length: ??m = ??ft

Helicopters (1950 – 2035)

Bell 47 – From 1950 To ????

For Bell 47, I note that recognized for its distinctive bubble canopy, this American helicopter served in applications such as agricultural work and medical transport.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 150km/h = ??mph
Thrust: 15 kN
Capacity: 8
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 1.34 t
Lifespan: ?? years
Length: ??m = ??ft

Piasecki H-21 workhorse – From 1952 To ????

For Piasecki H-21 workhorse, I note that due to neccessity to mount the rear rotor high enough to avoid collisions in forward flight, its angled fuselage gave it the nickname “The Flying Banana”.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 610km/h = ??mph
Thrust: 180 kN
Capacity: 40
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 11 t
Lifespan: ?? years
Length: ??m = ??ft

Sikorsky S-64 Skycrane – From 1962 To ????

For Sikorsky S-64 Skycrane, I note that this heavy-lift helicopter known for its unique design was specifically engineered to carry external loads especially useful in construction and firefighting.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 213km/h = ??mph
Thrust: 180 kN
Capacity: 40
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 8.724 t
Lifespan: ?? years
Length: ??m = ??ft

Bell 206 Long Ranger – From 1965 To ????

For Bell 206 Long Ranger, I note that the Long Ranger is a light, single-engine helicopter that was an elongated version of its predecessor, designed to accommodate additional seating.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 241km/h = ??mph
Thrust: 25 kN
Capacity: 32
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 0.998 t (998 kg)
Lifespan: ?? years
Length: ??m = ??ft

Boeing Vertol 234 Chinook – From 1980 To ????

For Boeing Vertol 234 Chinook, I note that the Chinook is an iconic dual-rotor helicopter built in the United States and often included in movies. It is also widely used in Europe and Japan.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 269km/h = ??mph
Thrust: 210 kN
Capacity: 80
Cargo Type: Passengers – Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 8.145 t
Lifespan: ?? years
Length: ??m = ??ft

Agustawestland AW 101 Merlin – From 1990 To ????

For Agustawestland AW 101 Merlin, I note that this versatile medium-lift helicopter, known for its exceptional performance in civilian applications, was co-developed by Italy and Great Britian.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 278km/h = ??mph
Thrust: 250 kN
Capacity: 60
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 10.5 t
Lifespan: ?? years
Length: ??m = ??ft

MIL MI-26TC – From 1993 To ????

For MIL MI-26TC, I note that developed in Soviet Russia, this is the largest civillian helicopter in the world. It is widely used in China, where it is called “The Flying Dragon”.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 295km/h = ??mph
Thrust: 300 kN
Capacity: 120
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 28.2 t
Lifespan: ?? years
Length: ??m = ??ft

Eurocopter 120B Colibri – From 1998 To ????

For Eurocopter 120B Colibri, I note that based on a French design, the Colibri was developed by many nations around the world. It is mainly used for rescue missions and surveillance.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 610km/h = ??mph
Thrust: 180 kN
Capacity: 56
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 11 t
Lifespan: ?? years
Length: ??m = ??ft

Kaman K-Max – From 2005 To ????

For Kaman K-Max, I note that thanks to its unique German engineered intermeshing rotor design, this American helicopter is offering unmatched lifting power and maneuverability.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 190km/h = ??mph
Thrust: 80 kN
Capacity: 60
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 2.3 t
Lifespan: ?? years
Length: ??m = ??ft

Airbus H225 Super Puma – From 2013 To ????

For Airbus H225 Super Puma, I note that this heavy-lift helicopter designed for long-range missions is an US and European co-production. It is part of the Super Puma family of helicopters.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 288km/h = ??mph
Thrust: 120 kN
Capacity: 48
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 5.135 t
Lifespan: ?? years
Length: ??m = ??ft

Nextgen VTOL – From 2030 To ????

For Nextgen VTOL, I note that a product of multinational engineering efforts, the Leonardo is one of the next-generation vertical take-off and landing (VTOL) aircrafts.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 610km/h = ??mph
Thrust: 180 kN
Capacity: 56
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 11 t
Lifespan: ?? years
Length: ??m = ??ft

Ships (1900 – 1960)

Dunara Castle – From 1875 To ????

For Dunara Castle, I note that named after a castle, this ship was the first to offer regular passenger and cargo services between the islands of Scotland, thereby enabling tourism.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 20km/h = ??mph
Engine Type: Steam
Power: 450 kW
Tractive Effort: ? kN
Capacity: 80
Cargo Type: Passengers – Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 177 t
Lifespan: ?? years
Length: ??m = ??ft

Canadian Trawler – From 1884 To ????

For Canadian Trawler, I note that with its compact size and low costs, this agile trawler is perfect for transporting small quantities of a variety of cargo over short distances.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 35km/h = ??mph
Engine Type: ?
Power: 150 kW
Tractive Effort: ? kN
Capacity: 80
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 20 t
Lifespan: ?? years
Length: ??m = ??ft

Waimarie – From 1889 To ????

For Waimarie, I note that fomerly known for transporting cargo and passengers on the Whanganui River in New Zealand, a restored version of this ship is still in use today.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 30km/h = ??mph
Engine Type: Steam
Power: 250 kW
Tractive Effort: ? kN
Capacity: 80
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 110 t
Lifespan: ?? years
Length: ??m = ??ft

Sydfart – From 1900 To ????

For Sydfart, I note that this Swedish cargo ship has been in continuous service for over a century, making it the oldest motorized cargo ship that is still inoperation today.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 30km/h = ??mph
Engine Type: Power:
300 kW
Tractive Effort: ? kN
Capacity: 80
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 120 t
Lifespan: ?? years
Length: ??m = ??ft

PS Trillium – From 1910 To ????

For PS Trillium, I note that used for passenger and cargo transport on the Great Lakes, this ship is an example of steam-powered vessels at the beginning of the twentieth century.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 35km/h = ??mph
Engine Type: Steam
Power: 450 kW
Tractive Effort: ? kN
Capacity: 200
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 230 t
Lifespan: ?? years
Length: ??m = ??ft

Sternwheeler – From 1915 To ????

For Sternwheeler, I note that powered by a steam engine driving wheel at the rear, this type of boat served for cargo and passenger transprt on rivers like the Mississippi.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 40km/h = ??mph
Engine Type: Steam
Power: 650 kW
Tractive Effort: ? kN
Capacity: 60
Cargo Type: Passengers – Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 270 t
Lifespan: ?? years
Length: ??m = ??ft

Terra Nova – From 1925 To ????

For Terra Nova, I note that famous for its long service life, this historic Dutch cargo ship was dubbed the “Luxe Motor” because of its luxurious captains cabine and engine.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 45km/h = ??mph
Engine Type: Diesel?
Power: 800 kW
Tractive Effort: ? kN
Capacity: 100
Cargo Type: Bulk – Flatbed – Goods
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 350 t
Lifespan: ?? years
Length: ??m = ??ft

Votrans Towboat Cargo – From 1935 To ????

For Votrans Towboat Cargo, I note that the quarterdeck for storing a car makes this German towboat unique. It is designed for pushing barges, making it ideal for transport on rivers.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 33km/h = ??mph
Engine Type: Diesel
Power: 1000 kW
Tractive Effort: ? kN
Capacity: 120
Cargo Type: Bulk – Flatbed – Goods
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 780 t
Lifespan: ?? years
Length: ??m = ??ft

Votrans Towboat Tanker – From 1935 To ????

For Votrans Towboat Tanker, I note that the quarterdeck for storing a car makes this German towboat unique. It is designed for pushing barges, making it ideal for transport on rivers.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 33km/h = ??mph
Engine Type: Diesel
Power: 1000 kW
Tractive Effort: ? kN
Capacity: 120
Cargo Type: Liquid
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 800 t
Lifespan: ?? years
Length: ??m = ??ft

MS Stadt Kiel – From 1943 To ????

For MS Stadt Kiel, I note that compared to larger ones, this small passenger ship has much more charm and allows for a more relaxed journey on beautiful routes between destinations.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 30km/h = ??mph
Engine Type: Steam
Power: 780 kW
Tractive Effort: ? kN
Capacity: 80
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 260 t
Lifespan: ?? years
Length: ??m = ??ft

Wopper – From 1950 To ????

For Wopper, I note that this classic Dutch coaster ship is known for its robustness and versatility. It remains a relaiable workhorse for navigating short-sea routes.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 35km/h = ??mph
Engine Type: Diesel?
Power: 1300 kW
Tractive Effort: ? kN
Capacity: 160
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 800 t
Lifespan: ?? years
Length: ??m = ??ft

Meridian Ferry – From 1956 To ????

For Meridian Ferry, I note that the colour scheme and double-deck design characterize this passenger ferry. Several of these ships are used in Hong Kong for passenger ferry services.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 30km/h = ??mph
Engine Type: Power:
800 kW
Tractive Effort: ? kN
Capacity: 240
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 180 t
Lifespan: ?? years
Length: ??m = ??ft

Ships (1960 – 2035)

Cap Arkona – From 1965 To ????

For Cap Arkona, I note that offering scenic tours and transport, this passenger ferry provides a comfortable way to explore the Nort Sea’s stunning coastline and islands.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 40km/h = ??mph
Engine Type: Diesel
Power: 1300 kW
Tractive Effort: ? kN
Capacity: 200
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 600 t
Lifespan: ?? years
Length: ??m = ??ft

Tora Coaster Ship – From 1970 To ????

For Tora Coaster Ship, I note that often found in the North and Baltic Seas, this class of small, versatile coaster ships was produced for regional cargo transport on short sea routes.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 40km/h = ??mph
Engine Type: Diesel
Power: 1400 kW
Tractive Effort: ? kN
Capacity: 320
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 1100 t
Lifespan: ?? years
Length: ??m = ??ft

AP1-88 Hovercraft – From 1980 To ????

For AP1-88 Hovercraft, I note that with its unique ability to glide over surfaces and its four diesel engines, it offers a smooth and fast ride even in shallow waters and coastal areas.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 90km/h = ??mph
Engine Type: Diesel
Power: 1800 kW
Tractive Effort: ? kN
Capacity: 120
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 48 t
Lifespan: ?? years
Length: ??m = ??ft

Hercules XI Towboat – From 1990 To ????

For Hercules XI Towboat, I note that operating on the Danube and Rhine rivers, this sturdy cargo towboat was specifically designed to push flat-bottomed barges through shallow inland waters.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 32km/h = ??mph
Engine Type: Diesel
Power: 1600 kW
Tractive Effort: ? kN
Capacity: 120
Cargo Type: Bulk – Flatbed – Goods
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 1160 t
Lifespan: ?? years
Length: ??m = ??ft

Hadag Type 2000 – From 1995 To ????

For Hadag Type 2000, I note that hamburg relies on this of passenger ferries, known for their reliability, to provide fast connections between the city’s waterfron promenades.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 35km/h = ??mph
Engine Type: Diesel
Power: 600 kW
Tractive Effort: ? kN
Capacity: 100
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 150 t
Lifespan: ?? years
Length: ??m = ??ft

Damen Tanker – From 1996 To ????

For Damen Tanker, I note that built by Dutch shipbuilder Damen, this modern and compact tanker is designed for the efficient transport of liquid cargo such as oil or chemicals.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 28km/h = ??mph
Engine Type: Diesel
Power: 1600 kW
Tractive Effort: ? kN
Capacity: 160
Cargo Type: Liquid
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 800 t
Lifespan: ?? years
Length: ??m = ??ft

Damen Fast Ferry – From 2003 To ????

For Damen Fast Ferry, I note that with its robust aluminium hull, this ferry can withstand even rough seas. Four powerful MTU engines provide high-speed performance for this catamaran

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 75km/h = ??mph
Engine Type: Power:
5760 kW
Tractive Effort: ? kN
Capacity: 220
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 125 t
Lifespan: ?? years
Length: ??m = ??ft

Luise Deymann – From 2013 To ????

For Luise Deymann, I note that this German tanker is designed for transporting liquid cargo. Like all ships oned by this family buisness, it is named after a member of the family.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 30km/h = ??mph
Engine Type: Diesel
Power: 2500 kW
Tractive Effort: ? kN
Capacity: 240
Cargo Type: Liquid
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 2200 t
Lifespan: ?? years
Length: ??m = ??ft

MS Diamant – From 2013 To ????

For MS Diamant, I note that renowned for its elegant design and amenities, this ship allows passengers to enjoy breathtaking views of the surroundings during their journey.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 45km/h = ??mph
Engine Type: Power:
910 kW
Tractive Effort: ? kN
Capacity: 280
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 400 t
Lifespan: ?? years
Length: ??m = ??ft

Virgo Towboat – From 2015 To ????

For Virgo Towboat, I note that designed specifically for pushing river barges, this towboat belongs to a seven-ship fleet whose members are allnamed after the signs of the zodiac.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 40km/h = ??mph
Engine Type: Diesel
Power: 3000 kW
Tractive Effort: ? kN
Capacity: 160
Cargo Type: Bulk – Flatbed – Goods
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 1160 t
Lifespan: ?? years
Length: ??m = ??ft

Yara Birkeland – From 2030 To ????

For Yara Birkeland, I note that this electric container ship was developed for short sea shipping with low emissions. It is planned to be the world’s first unmanned surface vessel.

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 42km/h = ??mph
Engine Type: Electric
Power: 3200 kW
Tractive Effort: ? kN
Capacity: 480
Cargo Type: Bulk – Flatbeds – Goods
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 3200 t
Lifespan: ?? years
Length: ??m = ??ft

Solar Shuttle – From 2035 To ????

For Solar Shuttle, I note that powered by solar energy, this small passenger ferry enables quiet transport over short distances, while reducing emissions and protecting the enviroment

(Insert Image)

Cost: $???
Running Costs: $???/year
Top Speed: 30km/h = ??mph
Engine Type: Electric (the sun is a deadly laser – Bill Wurtz)
Power: 1500 kW
Tractive Effort: ? kN
Capacity: 80
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 130 t
Lifespan: ?? years
Length: ??m = ??ft

Deluxe Edition Vehicles

AEC Routemaster – 1954 To ????

For AEC Routemaster, I note that the iconic Routemaster double-decker includes an open rear platform. Introduced in the fifties, it is a global symbol of London public transport.

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Cost: $???
Running Costs: $???/year
Top Speed: 60km/h = ??mph
Engine Type: Diesel
Power: 86 kW
Tractive Effort: ? kN
Capacity: 100
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 7.5 t
Lifespan: ?? years
Length: ??m = ??ft

TEE VT 11.5 – 1957 To ????

For TEE VT 11.5, I note that as a symbol of Europe’s integration after World War II, the TEE was visiting at its peak over 130 different cities across the entire continent.

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Cost: $???
Running Costs: $???/year
Top Speed: 160km/h = ??mph
Engine Type: Diesel
Power: 810 kW
Tractive Effort: ? kN
Capacity: 168
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 209 t
Lifespan: ?? years
Length: ??m = ??ft

Peterbilt 359 – 1973 To ????

For Peterbilt 359, I note that the Peterbilt is an iconic long-haul semi-truck and a part of American truck culture. Often equipped with chrome includes it is also a statement of style.

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Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Engine Type: Diesel
Power: 350 kW
Tractive Effort: ? kN
Capacity: 100
Cargo Type: Universal
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 20 t
Lifespan: ?? years
Length: ??m = ??ft

Peterbilt 359 Bulk – 1973 To ????

For Peterbilt 359 Bulk, I note that the Peterbilt is an iconic long-haul semi-truck and a part of American truck culture. Often equipped with chrome includes it is also a statement of style.

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Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Engine Type: Diesel
Power: 350 kW
Tractive Effort: ? kN
Capacity: 100
Cargo Type: Bulk
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 20 t
Lifespan: ?? years
Length: ??m = ??ft

Peterbilt 359 Stake – 1973 To ????

For Peterbilt 359 Stake, I note that the Peterbilt is an iconic long-haul semi-truck and a part of American truck culture. Often equipped with chrome includes it is also a statement of style.

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Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Engine Type: Diesel
Power: 350 kW
Tractive Effort: ? kN
Capacity: 100
Cargo Type: Flatbed
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 20 t
Lifespan: ?? years
Length: ??m = ??ft

Peterbilt 359 Tank – 1973 To ????

For Peterbilt 359 Tank, I note that the Peterbilt is an iconic long-haul semi-truck and a part of American truck culture. Often equipped with chrome includes it is also a statement of style.

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Cost: $???
Running Costs: $???/year
Top Speed: 80km/h = ??mph
Engine Type: Diesel
Power: 350 kW
Tractive Effort: ? kN
Capacity: 100
Cargo Type: Liquid
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 20 t
Lifespan: ?? years
Length: ??m = ??ft

Sikorsky S-76 Spirit – 1977 To ????

For Sikorsky S-76 Spirit, I note that originally designed for passenger transport to oil rigs, this medium-sized helicopter serves by the British Royal Family for official engagements.

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Cost: $???
Running Costs: $???/year
Top Speed: 287km/h = ??mph
Engine Type: Diesel
Thrust: 50 kN
Tractive Effort: ? kN
Capacity: 40
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 3.18 t
Lifespan: ?? years
Length: ??m = ??ft

Aerospatiale-Bac Concorde – 1980 To ????

For Aerospatiale-Bac Concorde, I note that a British and French collaboration, this jet is known for its speed and elegance. It is capable of flying from New York to London in under four hours.

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Cost: $???
Running Costs: $???/year
Top Speed: 2,179km/h = ??mph
Thrust: 236 kN
Capacity: 200
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 44 t
Lifespan: ?? years
Length: ??m = ??ft

Hong Kong Tram – 1985 To ????

For Hong Kong Tram, I note that as an iconic part of the public transport system, the double deck tram used in Hong Kong is equally popular among tourists and residents.

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Cost: $???
Running Costs: $???/year
Top Speed: 45km/h = ??mph
Engine Type: Electric
Power: 50 kW
Tractive Effort: ? kN
Capacity: 100
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 12 t
Lifespan: ?? years
Length: ??m = ??ft

Pre-Order Vehicles

TS Queen Mary – 1930 To ????

For TS Queen Mary, I note that launched in the thirties, this historic British passenger ship was powered by three steam turbines. It’s currently being resoted as a museum ship.

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Cost: $???
Running Costs: $???/year
Top Speed: 50km/h = ??mph
Engine Type: Steam
Power: 1000 kW
Tractive Effort: ? kN
Capacity: 320
Cargo Type: Passengers
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: 917 t
Lifespan: ?? years
Length: ??m = ??ft

Name – From ???? To ????

For Name – From ???? To ????, I note that vehicle Spiel – blah blab blah

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Cost: $???
Running Costs: $???/year
Top Speed: ??km/h = ??mph
Engine Type: Thrust:
? kN
Power: ? kW
Tractive Effort: ? kN
Capacity: Cargo Type:
Loading Speed: ?.?x
Noise Pollution: (NEW)
Air Pollution: (NEW)
Comfort: (NEW)
Weight: ?? t
Lifespan: ?? years
Length: ??m = ??ft